Savant PKG-ESS200AEVAULTSE-00 200A STORAGE SYSTEM - SCHNEIDER 6.8KW - EVAULT 18.5 KWH Deployment Guide

Savant Power System Deployment Guide - Schneider

Racepoint Blueprint

Document Number:

Document Date:

Document Supports:

009-2227-00

August 2022 da Vinci 10.1 or higher

This document guides the installer through the process of deploying and configuring an Savant Power System with Schneider Energy Storage and integrating it into a Savant Pro Smart Home System using RacePoint Blueprint™, including:

– Schneider and Power System wiring

– Creating a Blueprint layout

– Power Module pairing and configuration

– Smart Energy Monitor configuration

– Configuring Power Sources (Generator or a Battery Storage System)

– Energy Scene creation


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Copyright 2022 Savant Systems, Inc

Table of Contents

To access links to the topics within this document, click the corresponding entry in the table below.

4.

4.

6.

1.

2.

3.

7.

Important Information.....................................................................................................................3

Before You Begin ............................................................................................................................. 4

Third Party Documentation.......................................................................................................... 4

Deployment Steps ............................................................................................................................5

OPTIONAL Savant Power & Light App Integration ............................................................ 6

OPTIONAL Savant Power & Light App Integration ............................................................ 6

Layout Configuration .......................................................................................................................7

5.1.. Savant System ..........................................................................................................................7

5.2. Schneider ...................................................................................................................................8

5.3. Automatic Generator ...........................................................................................................10

Add Panel Bridge Controller ........................................................................................................ 11

6.1. Configure Bridge Controller.............................................................................................. 12

8.

9.

OLA Configuration (Optional) ................................................................................................... 13

7.1. OLA Universe Settings ........................................................................................................ 13

7.2. Pair Savant Power Modules ...............................................................................................14

Smart Groups ................................................................................................................................... 15

8.1. Configure Smart Groups ....................................................................................................16

8.2. Sync ............................................................................................................................................16

8.3.. Smart Group Settings .......................................................................................................... 17

10. MicroGrid Controller Settings .................................................................................................... 18

11. Energy Monitoring Settings ........................................................................................................19

12. Whole Home Backup ....................................................................................................................20

13. Off Grid Energy Scenes ................................................................................................................ 21

13.1. Global Settings ....................................................................................................................... 21

13.2. Create Energy Scene .......................................................................................................... 22

14. Energy Loads ................................................................................................................................... 23

14.1. Energy Load Settings .........................................................................................................24

15. Upload Configuration ................................................................................................................... 25

16. Confirm System Functionality ...................................................................................................26

Appendix A: Schneider Physical Installation .................................................................................... 27

Appendix B: Configure Conext WebUI ............................................................................................... 33

Appendix C: Configure XW Pro Inverter ............................................................................................36

Appendix D: Power Module Wiring Diagrams .................................................................................39

Appendix E: Example System Wiring .................................................................................................43

Appendix F: On Device Setup ................................................................................................................ 47

Appendix G: Savant Power Module PAIR Button Functions ......................................................48

Appendix H: Savant Power & Light App Setup ...............................................................................49

Appendix I: System Information Checklist ........................................................................................50


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Important Safety Information - Read First

Before installing, configuring, or operating any equipment, Savant recommends that each dealer, integrator, installer, etc. access and read all relevant technical documentation. Savant Power technical documentation can be located by visiting Savantpower.com

. Vendor documentation is supplied with the equipment.

Read and understand all safety instructions, cautions, and warnings in this document and the labels on the equipment.

Safety Classifications In this Document

NOTE :

Provides special information for installing, configuring, and operating the equipment.

IMPORTANT!

CAUTION!

WARNING!

Provides special information that is critical to installing, configuring, and operating the equipment.

Provides special information for avoiding situations that may cause damage to equipment.

Provides special information for avoiding situations that may cause physical danger to the installer, end user, etc.

Electric Shock Prevention

ELECTRIC

SHOCK!

The source power poses an electric shock hazard that has the potential to cause serious injury to installers and end users.

ELECTRICAL

DISCONNECT :

The source power outlet and power supply input power sockets should be easily accessible to disconnect power in the event of an electrical hazard or malfunction.

Weight Injury Prevention

WEIGHT INJURY!

Installing some of the Savant equipment requires two installers to ensure safe handling during installation.

Failure to use two installers may result in injury.

Safety Statements

All safety instructions below must be read, understood, and carefully followed under all applicable circumstances when working with any Savant equipment.

1. Follow all input power ratings marked on product near power input!

2. If fuse replacement is required, replacement fuse should match fuse rating marked on the product.

3. Do not use equipment near water.

4. Clean only with dry cloth.

5. Do not block any ventilation openings or install near any heat sources such as heat registers, stoves, radiators, amplifiers, etc.

6. Refer all servicing to qualified service personnel. Servicing is required when any part of the apparatus has been damaged in any way, or fails to operate normally for any reason.

7. Use only attachments/accessories specified by the manufacturer, following all relevant safety precautions for any such attachments/accessories.

8. For applicable equipment, use the included power cord with the grounding prong intact to insure proper grounding of the device.

9. If the provided plug does not fit the desired outlet, contact a licensed electrician to replace the obsolete outlet.

10. Protect any power cord from being walked on, pinched, strained, or otherwise potentially damaged, especially at the outlet or device connections.

11. Disconnect any outlet powered apparatus from its power source during lightning storms or when unused for long periods of time.

12. To completely disconnect equipment from AC mains power, disconnect the power supply cord plug from the AC receptacle on the device.

13. For any hardwired or fixed in-wall apparatus, carefully follow all wiring diagrams and instructions. All electrical wiring and servicing should be performed by a properly licensed electrician.


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1. Before You Begin

IMPORTANT!: This document assumes the installer has read through and completed all applicable steps in the Savant Power System Wiring

Configuration and Installation Guide .

Read this document in its entirety before starting deployment of the product, and ensure that the following items are available:

1. Savant Development Environment .......................................................................................................................................................................................

2. Pro Host or Super Pro Host (SVR-5100, SVR-7000S) ..................................................................................................................................................

AND

3. Smart Controller (SSC-0012 or any controller with available GPIO and RS485 ports) ...................................................................................

OR

4. Smart Host (SHR-2000) ...........................................................................................................................................................................................................

5. Panel Bridge Controller (PBC-1000) ...................................................................................................................................................................................

6. Smart Energy Monitor (SEM-2015) .......................................................................................................................................................................................

2. Third Party Documentation

IMPORTANT!: This document assumes the installer has read all relevant 3rd party documentation. Read all manufacturer documentation for all 3rd party products in use; which may include, but are not limited to:

Schneider Fortress

– eFlex Installation Manual

– Schneider Electric XW Pro inverter

– Generac Automatic Transfer Switch Manual

NOTE: For Savant Power Systems with Generator integration, locate the specific Installation & Operations manual for the generator in use and complete the generator installation process.


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3. Deployment Steps

To successfully deploy a Savant Savant Power System, follow the steps listed below. This page can be used as a checklist to track progress as items are completed.

IMPORTANT NOTE!: The steps listed in this document can be completed with or in conjunction with the Savant Power & Light app. For more information, see the

Appendix H: Savant Power & Light App Setup

.

1. Complete Schneider MiniPDP and XW Inverter Physical Installation .....................................................................................................................................................

See

Appendix A: Schneider Physical Installation

2. Configure Schneider MiniPDP and XW Inverter WebUI ...............................................................................................................................................................................

See

Appendix B: Configure Conext WebUI and

Appendix C: Configure XW Pro Inverter

3. Wire Savant System and Install Power Modules .............................................................................................................................................................................................

See

Appendix D: Power Module Wiring Diagrams

and

Appendix E: Example System Wiring

4. Complete On-Device Setup ....................................................................................................................................................................................................................................

See

Appendix F:On-Device Setup

and Appendix Power Module Pair Button Functions

5. Add Devices to RacePoint Blueprint ...................................................................................................................................................................................................................

See

Layout Configuration

6. Discover Panel Bridge Controller and Pair Modules......................................................................................................................................................................................

See

Panel Bridge Controller

and

OLA Configuration

7. Organize Loads into Smart Groups .....................................................................................................................................................................................................................

See

Smart Groups

8. Configure MicroGrid Settings .................................................................................................................................................................................................................................

See

MicroGrid Settings

and

Power Source

9. Deploy Energy Monitoring ......................................................................................................................................................................................................................................

See Energy Monitoring

10. Add Off Grid Energy Scene ....................................................................................................................................................................................................................................

See

Off Grid Energy Scenes and Energy Loads

11. Upload Configuration to the Savant Host .........................................................................................................................................................................................................

See

Upload Configuration


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4. OPTIONAL Savant Power & Light App Integration

The Savant Power & Light App can be used to deploy and configure all devices listed within this document interchangably.

Energy Savant Power System

–

Appendix C: Savant Power & Light App Setup

and all subsequent appendices before Appendix J: Lighting describe configuration of all devicespecific settings.

– All changes within the Savant Power & Light App will not take effect until the configuration is uploaded to the Savant Host.

Lighting Savant Power System

– IMPORTANT!: Appendix J: Lighting describes deploying Panelized Lighting, DMX and 0-10V Lighting. Once all steps within this appendix have been completed, begin at

Section 5

.

5. System Pre-Power On Setup

All non-Savant devices must be wired and functional outside of a Savant Savant Power Deployment System before providing power to the system at large.

Refer to the sections below as guidance for information to confirm proper installation before integration.

Schneider Energy Storage System

Complete the steps in all Appendices below in order.

– Appendix A: Setup Conext Gateway

– Appendix B: Configure Conext Gateway

– Appendix C: Configure XW Inverter

eFlex Batteries

– Appendix D: eFlex Power On and Installation


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6. Layout Configuration

Complete only the steps within this section that apply to the equipment being installed. This section assumes there is not an existing Savant Power system.

Only complete the sub sections within this section that apply to the equipment installed.

6.1. Savant

Each device within the Savant Power System is represented in Racepoint Blueprint as a profile . Within the open Blueprint configuration, the following:

1. Click Show Library .

2. Search for the type of Host and drag and drop it into the

Layout Pane.

3. Search for a Generic NetworkSwitch and place it in the Layout

Pane.

4. ( Pro Host Only ) Search for the model of Savant Smart

Controller. Place it in the Layout Pane.

5. Inspect the Savant Host (CMD + I)

6. In the UID Field, enter its UID.

7. ( Pro Host Only ) Repeat steps 6 and 7 for the Savant

Controller.

To the right is an example configuration before any optional energy monitoring, generator, or battery storage equipment is installed.

(OPTIONAL) Add Energy Monitor

1. Search for “Savant Energy Monitor”. Drag and drop the SEM-

2015 into the Layout Pane.

2. Make an ethernet connection between the SEM-2015 and the

Network

3. Inspect the Profile ( CMD + I ).

4. Enter its Savant Unique Identifier Number (UID).

IMPORTANT NOTE!: For sites using an SEM-2015, follow the steps before continuing Savant Power System deployment:

– Wire the SEM-2015 per the wiring diagrams listed in the Savant

Power System Wiring Configuration and Installation Guide , based on the system type being deployed.

– Confirm that VT and CT wiring placements match the diagram.

– See the Standalone Energy Monitoring Deployment Guide and confirm all steps for deployment have been completed.


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6.2. Schneider

A Savant System integrating a Schneider battery Energy Storage System requires a Conext Insight Gateway and ATS Sensor to be added to the

Blueprint configuration.

Conext Gateway

1. Within the profile library, search for “Schneider”.

2. Drag and drop the Schneider Electric Context Gateway into the Layout Pane.

3. Name the Gateway as it will appear in the Savant Pro App.

4. Right-click the ethernet port of the Gateway profile.

5. Select a port on the Network switch from section 5.1 step 3 .

ATS Sensor

1. Search for “Generic _GPIO Sense” profile. This profile represents the ATS Sensor .

2. Drag and drop the Generic _GPIO Sense into the Layout Pane.

1. IMPORTANT: Name the component “ ATS Sensor ”.

2. Inspect the Generic_GPIO Sense profile.

3. Connect the GPIO port to the matching port on the Savant

Controller added in

section 5.1 step 4 .


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Example Schneider Configurations

Smart Host and Schneider ESS Pro Host and Schneider ESS


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6.3. Automatic Generator

All automatic generators with a GPIO control port can be integrated into a Savant Power System, however they cannot be represented

1. Within the profile library, search for Generator.

2. Drag and drop the Generator (Automatic) profile into the Layout pane.

3. Connect the GPIO control port of the Generator (Automatic) to a GPIO control port on a Savant controller or Host, matching the physical installation.

Example Configuration


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7. Add Panel Bridge Controller

Panelized Lighting controllers that use OLA or DMX servers can be discovered using the Panel Bridge Controller and their loads automatically discovered.

This section is the Blueprint equivalent of the Savant Power & Light app Appendix I: Device Discovery and should be skipped if that has been completed. To scan the network for a controller, do the following:

Discover Panel Bridge Controller

1. Navigate to Tools > Savant Lighting and Keypads from the Blueprint menu bar or click Manage Lighting & Shades .

2. Within the Keypads and Controllers tab, Select the expand frame icon to open the Discovered frame.

3. Select the Discover button to scan for and discover all the lighting devices on the network.

4. Click Stop Discover when PBC Controllers communicating on the network are located.

2

3

4

Add to Configuration

Once the Panel Bridge Controller has been discovered, all Savant Power

Modules must be paired to it.

IMPORTANT NOTE!: Only add PBC components through the Keypad

Manager.

1. Expand the PBC Controllers list.

2. Highlight the controller.

3. Click Add to configuration . The controller will show a gear icon and appear in the Configured frame and bound to the configuration (with

UID added), along with the Savant Power Modules in Pairing Mode.

4. Drag the PBC from the Component Palette in the main blueprint view into the configuration and connect the ethernet port.

1

2

3


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7.1. Configure Bridge Controller

1. Highlight the Panel Bridge Controller.

2. In the Overview frame that opens, enter a name for the Panel

Bridge Controller.

3. Select the location of the loads that the PBC will be controlling.

NOTES:

– A warning message will appear directing user to generate services. This is required whenever the Location field is modified.

– Confirm the controller has been successfully discovered and bound by ensuring the LED icon state is green. All possible states are listed below.

Green LED

Yellow LED

Red LED

Device was discovered and is bound to the configuration loaded in Blueprint.

The device was not discovered but is bound to the configuration loaded in Blueprint.

The device was not discovered and is not bound.

1

2 3


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8. OLA Configuration

The Web Configure

button within Manage Lighting and Shades seen in Section 6.1

opens a connection to the OLA server. The Universe Settings within the OLA server must be configured before pairing any Savant Power Modules to a Panel Bridge Controller. Required settings within the Panel Bridge

Controller’s embedded OLA server Web UI are described below:

IMPORTANT!: When using the Savant Power & Light App, If Appendix I: Pair Modules has been completed, skip this section.

8.1. Universe Settings

The Savant Lighting Universe supports all Savant lighting and energy controllers.

1. Expand the Universes field (Select the + icon)

2. Select the Universe labeled Savant Lighting .

3. Select the Settings tab.

4. OPTIONAL: If desired, the Universe Name field can be changed to a job/site specific name. To modify, double click this field and rename.

In this example, the name was changed to PBC Master Bdrm as shown in image.

5. Verify that the Art-Net network is checked.

6. Select Save when complete.

For more information on OLA Servers, see the Savant Panelized

Lighting Guide, Appendix A: OLA Server Information .


009-2227-00 | 081822

1

2

Home

Universes

Savant Lighting

+ Plugins

Active Universes

Universe #

1

Universe Name

Savant Lighting

Input Ports Output Ports RDM Devices

0 1 3

Add Universe

Server Info

Hostname

Primary IP

Primary Broadcast Address

Primary MAC Address

Instance Name

Version

Started

DMXController

10.10.0.155

10.10.0.193

98:84:c6:88:51:0d

OLA Server

0.10.7

Mon Mar 25 17:55:30 2019

Reload Plugins Stop OLA

- 13 -

3

+

Home

Universes

Savant Lighting

Plugins

5

Settings RDM

Universe Settings

Universe Id 1

Universe Name

Merge Mode

RDM Patcher DMX Monitor DMX Console

PBC Master Bdrm

LTP

4

Input Ports

Device Description Priority

Output Ports

Device

ArtNet [127.0.0.1]

+ Add Additional Ports

Description

ArtNet Universe 1:0:1

Priority

Not Supported

Save 6


8.2. Pair Savant Power Modules

Savant Power Modules communicate to the PBC using the OLA server. To establish this communication, Savant Power Modules must be paired to the

PBC.

NOTE: The pairing process can be completed within the Savant Power & Light App. For more information on this, see Appendix I: Pair Modules .

1. Apply power to the Power Modules by first powering the breaker panel containing the Savant Power Modules and then toggling the breaker connected to the Savant Power Modules to the ON position.

2. Verify all connections are correct by toggling the Circuit Power switches to the ON position. The loads properly connected to the Power Modules will turn on.

IMPORTANT!: Return the Circuit Power switches to the AUTO position when satisfied wiring is correct.

3. Press and hold the PAIR button on the Savant Power Module until the gear icon appears; then release.

4. On the OLA Server, select RDM tab if it is not already open.

5. Select the Discover icon .

6. The two outputs to the Savant Power Module will appear in the

OLA Server Web UI.

7. After 10 seconds, the module will automatically connect to the

Panel Bridge Controller. Verify the Bluetooth icon has replaced the gear icon on the module LED screen.

8. Repeat steps 3 through 7 to pair any remaining modules with the PBC Controller.

5

6

3

4

2

CHAN A

CHAN B

POWER

0W

0W

Settings

+

RDM RDM Patcher DMX Monitor DMX Console

Refresh

RPE, CHAN A [001a:ae0a374d]

RPE, CHAN B [001a:ae0a374e]

Savant, PBC Controller [9884:c688510d]

+ DMX Personality

+ DMX Start Address

+ Device Info

+ Device Label

7


009-2227-00 | 081822 - 14 -

CHAN A 0W

CHAN B

POWER

0W


9. Smart Groups

Once all Power Modules have been paired, this information must be imported into Blueprint. This process is completed within the Savant

Energy Manager screen.

Scan for Savant Power Modules

1. Highlight the Panel Bridge Controller.

2. Click the Connect button to connect the PBC to the lighting/keypad manager. Connected will appear beside the PBC when connected.

3. Select the Start Scan button to begin querying/scanning the previously configured OLA information about the Savant Power Module loads.

4. Once all Savant Power Modules appear, click Stop Scan .

NOTES:

– This process may take a few moments.

– Each load will populate in the Savant Smart Groups frame as a separate Smart Group.

– Select the disclosure arrow to expand each Smart Group.

1

Keypads and Controllers Loads

Hide bound devices

Lighting Scenes

Overview

Configured

PBC Controllers

Connected

Devices: 1

1 discovered of 1

PBC - Master Bedroom

Location:

Address:

UID:

IP:

Firmware:

Master Bedroom

001

9984E399510D0074

192.168.10.143

1.4.0.xxx

Name: PBC - Master Bedroom

Type: PBC

Location: Master Bedroom

Address: 001

UID: 9984E399510D0074

Savant Smart Groups

Status Name

Not Assigned

CHAN A (1 of 1 discovered)

CHAN A

CHAN B (1 of 1 discovered)

CHAN B

Manage energy

2 3

Unbind Web Configure

Type

Dimmer

Switch

Help

Adaptive Phase Dimmer

Apply Connect

Group/Address

Start Scan

Hardware UID

1

000000000001

Savant Smart Group


2

000000000002

001AAE0A374D

001AAE0A374E

Reset On/Off Blink

Sync..

Commission

?

Test Circuit

While connected to the Panel Bridge Controller, individual loads can be toggled on and off. Use this functionality to verify the loads are labeled correctly and installed in the correct location.

1. Click the disclosure arrow to display all loads within a Smart Group.

2. Highlight one of the loads.

3. Select the On/Off button and verify that the loads toggle power On and Off.

Keypads and Controllers Loads

Hide bound devices

Lighting Scenes

Overview

Configured

PBC Controllers

Connected

Devices: 1

1 discovered of 1

PBC - Master Bedroom


Address:

UID:

001

9984E399510D0074

IP:

Firmware:

192.168.10.143

1.4.0.xxx

2

Name: PBC - Master Bedroom

Type: PBC


Address: 001

UID: 9984E399510D0074

Savant Smart Groups

Status Name

Not Assigned


CHAN A


CHAN B

Manage energy

1

Unbind Web Configure

Type

Savant Smart Group

Savant Smart Group


Savant Smart Group


Apply Connect

Group/Address

Stop Scan

Hardware UID

1

000000000001

2

000000000002

3

001AAE0A374D

001AAE0A374E

Reset On/Off Blink

Sync..

Commission

?


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9.1. Configure Smart Groups

A Smart Group is a group that contains one or more Savant Power Module loads. Savant Lighting scenes contain both base loads and smart groups.

During the scanning process, each Savant Power Module lighting load is automatically added to a smart group. Each smart group created will generate an entity such as a slider or button in the Pro App. The sections below describes how to create smart groups and move loads between them.

IMPORTANT NOTE: SKIP THIS SECTION if a single slider or button for will be used for control of lighting loads within the Savant Pro App.

Adding and Removing Smart Groups

1. Select the Add icon

+

to create and add a new smart group to the lighting/keypad manager.

2. Double-click the smart group and rename to a label that identifies the group. The name entered is what is populated in the Savant UI.

3. Drag and drop loads to assign them to the new group.

NOTES:

– For information on all Savant Smart Group Fields, see

Smart

Group Settings .

– To remove a smart group, move any loads assigned to this group to other smart groups. Select the smart group to be removed then select the delete icon

−

.

Move Loads between Smart Groups

– To move a load between smart groups, drag and drop the load into the desired group. In diagram to the right, a lighting load is dragged from the CHAN B smart group to the CHAN A smart group.

– Once moved, all loads in the group will be controlled by the same button or slider entity that gets added to the Savant UI.

9.2. Sync

1. Click Sync .

2. Select Loads and Scenes and click Ok .

IMPORTANT NOTE: After the Manage Lighting & Shade window closes, drag the Panel Bridge Controller from the Devices pane to the Layout pane.


009-2227-00 | 081822 - 16 -

3

1

Savant Smart Groups

Status Name

Not Assigned

Type

Savant Smart Group

CHAN A (1 of 1 discovered) Savant Smart Group

CHAN A Adaptive Phase Dimmer

CHAN B (1 of 1 discovered) Savant Smart Group

CHAN B

New Smart Group


Savant Smart Group

Apply

Group/Address

1

000000000001

2

000000000002

3

Connect

Hardware UID

Start Scan

001AAE0A374D

001AAE0A374D

4

2

Reset On/Off Blink Commission

Savant Smart Groups

Status Name

Apply

Not Assigned


CHAN A


Savant Smart Group


Savant Smart Group

CHAN B

Type

Savant Smart Group


Group/Address

1

000000000001

2

000000000002

Connect

Hardware UID

Start Scan

001AAE0A374D

001AAE0A374E

Reset On/Off Blink Commission

Sync Data Table for Controller: Savant System Host

When the box is selected it will add/rename/delete entries in the lighting data table to match the current wireless lighting configuration. When de-selected it will delete any entries in the lighting data table that were created as a result of the wireless lighting configuration.

Loads

Scenes

Load Scenes

Buttons

Reset any user modifications

If selected the entire row for each entry will be replaced so any modifications will be reset to default

Cancel Sync


9.3. Smart Group Settings

NOTE:

If On-Device Setup

has been completed, this table will be pre-configured.

Search Bar

Status

Name

Type

Group/Address

Hardware UID

Location

Energy Only

(+/-) Add or Remove Group

Expand or Collapse All

Reset

On/Off

Blink

Type the Savant Power Module Name into the search bar to display all Savant Power

Modules with the text in their name.

Status of the Savant Power Module.

Green: Connected

Yellow: Discovered but not configured.

Red: Created but not discovered.

Name of the Savant Power Module.

Type of Savant Power Module or Group.

Which group the Savant Power Module is in or its individual address.

Unique Identifying Number (UID) of the Savant Power Module.

Location of the Savant Power Module as represented within the Savant Pro App

Checked: Savant Power Module controls energy loads.

Unchecked: Savant Power Module controls lighting loads.

Create or remove a Smart Group.

Expand all entries or collapse them.

Reset any binding between the Power Module and Host.

Toggle all devices connected to the Savant Power Module On and Off.

Toggles all loads connected to the selected Savant Power Module On and Off to assist in identification.


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10. MicroGrid Controller Settings

The settings for all Power Sources must be entered into Blueprint correctly to ensure proper functionality. Navigate to Tools > Settings > Microgrid

Controller and configure the settings below.

IMPORTANT NOTES:

– These settings must be configured before Energy Scenes are created.

– Scene Budget in the Energy Scene Manager is 90% of the capacity of the generator or battery capacity in this window.

Generator Settings

Generator Capacity Total capacity of the generator in kWh

3

4

2

Battery Settings

Host Name / IP

Port

Battery Capacity

Storage Inverter

Capacity

IP address of the inverter.

Port of the inverter.

Total capacity of the battery in kWh.

Total capacity of the inverter in kW.

Sol-Ark Settings

Island Mode Exit SOC

Battery Capacity

Storm Mode Charge

Battery SOC

Generator Charges

Battery Threshold

Eco Mode Charge

Battery SOC

Storage Inverter

Generator Capacity

Generator Charges

Battery

Solar Inverter

Use External Utility CT

Percentage in which the system will automatically exit Island mode and connect to the grid.

Total battery capacity in kWh.

Percentage in which the system will maintain the battery charge at when in Storm Mode.

Percentage at which the generator will activate to charge the battery if no other source is available.

Percentage in which the system will automatically enter Eco Mode.

Total capacity of the storage inverter in kW

Total capacity of the generator in kWh

When checked, the generator charges the battery when threshold is reached.

When enabled, maximum kW the Solar inverter can input into the system.

When enabled, use external current transformer.

When disabled, use the internal Sol-Ark Current

Transformer.


009-2227-00 | 081822 - 18 -


11. Energy Monitor Settings

The settings within Tools > Energy Monitoring Settings must represent all circuits monitored by a Savant Energy Monitor for the circuits to be visible within the Savant

Pro App. If Appendix C:

On-Device Setup has been completed and the Panel Bridge Controller and has been bound, the Energy Monitoring table will have all entries pre-

configured. To add an entry, click the plus sign in the bottom left corner and then fill out the following fields:

B

C

D E F

A

G H I J K L M N O P

G

H

E

F

C

D

A

B

Energy Consumption

Enabled

Circuit Description

Classification

Image

Group Image

Group

Monitoring Device

K

L

I

J

Channel

Size

Voltage Source

Link

M

N

Parent Circuit

Control

O Savant Zone

P Production Type


009-2227-00 | 081822

Total amount of energy that can be consumed by all Circuits.

Whether the circuit is enabled or not.

Name of the Circuit as it will appear in the Savant Pro App.

Whether the load is Feed, Consumption, or Production.

The image associated with the load in the Savant Pro App.

C

The image associated with the group the load is in.

Name of the group the circuit is in.

Which Panel Bridge Controller is used to monitor the specific circuit.

Click the arrow dropdown next to the Circuit description to change the Phase channel number.

Size of the circuit in Amps.

The Voltage Transformer used to monitor the device.

Powerlink or contactor used to control the load if above 60A.

Select the Parent Circuit here.

Which service the Savant Power Module will appear under within the Savant Pro App.

Zone in the Savant Pro App the circuit will appear in.

( Production Classification ) Type of production.

- 19 -


11. Whole Home Backup

A Savant Power System with Whole Home Backup has enough energy in reserve that the Power Source Backup (Battery or Generator) can provide power for the maximum total load of the home for an extended period of time. As such, Whole Home Backup systems do not require an Energy Budget for Off

Grid Scenes and additional areas of functionality become available.

IMPORTANT NOTES!:

– SKIP THIS SECTION if the Savant Power System does not support Whole Home Backup.

– If the system does not support Whole Home Backup, the Whole Home Backup checkbox must be unchecked . See

Global Settings

.

Service Power Source

The Power Sources screen can be used to associate Savant Power

Module channels with components in the Blueprint Configuration if Whole Home Backup is enabled. When associated, Savant Power

Modules will automatically power on these channels when a service request is made to this device.

To associate power sources with Savant Power Modules, navigate to

Tools > Energy Power Sources and do the following:

Associate Components

1. Select the Savant Power Module channel controlling the component.

2. Select the component.

3. Click the checkbox next to the outlet.

Add Custom Service Requests

For Savant Systems with custom triggers, it may be important to manually power on Savant Power Modules or execute custom service requests when the associated devices are powered on.

1. Click the Plus ( + ) sign to add any service requests to occur when the Savant Power Module channel is powered on.

2. Select the room for the Service Request to occur in.

3. Select the profile that will be executing the Service Request.

4. Select the Service Request.

5. Click Add .

3

1

2

4

5


009-2227-00 | 081822 - 20 -


13. Off Grid Energy Scenes

Off Grid Energy Scenes control which circuits are enabled when the Grid is unavailable and the system is running on the Backup Power Source. For Savant

Power Systems with a battery integrated, Off Grid Scenes can be created to activate based on the Battery State-of-Charge (SoC).

To configure Energy Scenes, navigate to Tools > Energy Manager and configure the following:

13.1. Global Settings

Global settings effect all scenes as they represent settings dependent on the microgrid installed. Review the tables below for the available settings and their definitions.

Generator Global Settings

Generator Start Timeout

Amount of time before the generator is considered to have failed starting.

Battery Storage Global Settings

Whole Home Backup

See Whole Home Backup .

Restore when on Grid

Grid available when

ATS GPIO Low

Enable to deactivate all scenes when the Savant System gains access to the Grid.

Unchecked: If the Grid is available, the Savant Power

System will behave as if the Grid is available when ATS GPIO is high .

Checked: If the Grid is available, the Savant Power System will behave as if the Grid is available when ATS GPIO is low .


009-2227-00 | 081822 - 21 -


13.2. Create Energy Scene

By default, the Essentials Off Grid Scene that activate automatically when there is a power outage. Additional Off Grid Scenes can be created for different scenarios, and can be activated by the user in the Savant Pro App. Furthermore, Off Grid Scenes can be created based on a schedule.

Add Scene

1. In the bottom left-hand corner of the Energy Manager screen, click the Plus sign to create a new Energy Scene .

2. Name the Energy Scene as desired.

3. Configure the conditions that must be present for the Energy

Scene to occur:

Scene Conditions

Name

Execute when

Grid goes down.

Execute when battery depletes to

X%

Name of the Scene as it will appear in the Savant Pro App.

When checked, this scene will occur automatically when the Grid goes down.

Whether the scene will execute when the battery level depletes to the entered percent or not.

Type

Season, months, or days of the week the scene will automatically occur.

Add Energy Scene Service Request

Adding an Energy Service Request to an Energy Scene activates the selected service request whenever the scene is active.

Example: A service request can turn off a pool pump via a pool controller when an Energy Scene activates.

1. Click the Plus ( + ) Sign beneath Service Requests to create a new Service Request that will occur when the Energy Scene is activated.

2. Select the Room that the Service Request will occur in.

3. Select the device for the Service Request.

4. Choose the Service Request.

5. Click Add .

NOTE: Enter part of the name of the Service Request into the Search bar above Service Requests to search for specific services.

3

1

2

4

5


009-2227-00 | 081822 - 22 -


14. Energy Loads

Before configuring Energy Loads, its important to understand the Energy Budget and types of loads as they are handled within Blueprint.

Understanding the Energy Budget

The Energy Budget is a percentage of the maximum kW the power source can provide. This is handled automatically by Blueprint when the energy budget is configured for an Off Grid Scene.

– 10% of the inverter or generator size is held as System Reserve .

– The System Reserve is made available for all lighting and outlets to remain available in the event of a power outage. The remaining Energy Budget can be used for selected Critical

Loads.

Dedicated Circuits

For proper Energy Scene functionality, dedicated loads and their max wattage must be defined. A dedicated circuit is a circuit that serves a single appliance or electrical fixture. No other loads are allowed to draw energy from a dedicated circuit. See the following table for examples of circuit classification for a 200 Amp service size home as a guide.

Examples of Circuit Classification for a 200A Service Size Home

Dedicated Circuits

– Kitchen Small appliance Circuit

– Sewer Ejection Pump Outlet

– Microwave

– Electric Cooktop

– Electric Range

– Fridge

– Electric Dryer

– Dining Room Outlets

Non-Dedicated Circuits

– Living Room Lights

– Living Room and Hall Outlet(s)

– 2nd Floor East Bedroom Lights and Outlets

– Bathroom and Hall Lighting

– Kitchen Lighting

– Basement Light(s)

– 2nd Floor West Bedroom Lights and Outlets

– Basement Sump Pump

– Well Pump

– Furnace Air Handler

– AC Condenser

– Washing Machine Outlet

– Electric Water Heater

– Dishwasher

– Garage and Mudroom Lights

– Master Bedroom Lights and

Outlets

– Master Bath Lighting

– Foyer and Outdoor Lighting

– Garage Door Opener(s)

– Bathroom GFCI Outlet(s)

– Smoke Detectors (Bedroom)

– Basement Freezer

– Garage Outlet(s)

– Car Charger

IMPORTANT NOTES:

– Lighting loads will always remain available for all Energy Scenes.

– Phases must be balanced between Energy Scenes, otherwise phase imbalance will occur.

– For more information on Energy Scenes, see the Energy Scene Blueprint Deployment Guide .


009-2227-00 | 081822 - 23 -


14.1. Energy Load Settings

All loads monitored and controlled by the Savant System are displayed within the Energy Load pane. Follow the steps below for all loads:

1. For loads that are Backed Up , Dedicated , or Critical respectively, enable the appropriate checkbox.

2. Double-click the Max Wattage column for each load and enter the maximum wattage the load will be capable of using while the Energy Scene is activated.

NOTE : All other settings within this pane are informational or for use within triggers.

Energy Load Pane

A Filter Filter displayed loads by Backed Up ( B ), Critical ( C ), and Dedicated ( D )

B Search Bar Search for any Energy Loads by Name.

C Zone Zone the Load will be shown in the Savant Pro App.

D Name Name of the Energy Load.

E Backed Up Whether the load is backed up by a power source.

F Dedicated Check to treat the load as Dedicated.

G Critical If the load will remain accessible when the Power Grid is unavailable.

H Max Wattage Maximum wattage the load can use.

I Component Which Panel Bridge Controller is controlling the load.

J State State the load will report to for useage in triggers.

K Tolerance


009-2227-00 | 081822

Temperature tolerance for thermostats only.

- 24 -


15. Upload Configuration

With the configuration complete, it can now saved and uploaded to the Savant System Host.

IMPORTANT!

When connected to the OLA Server, all control to the Savant System is lost. Close the OLA Server window before uploading a configuration to the Host.

1. Select the Generate Services icon from the Blueprint tool bar. The State Icon will change to either blue or green indicating that all realized services are up to date with configuration changes.

2. Select Update All UI Screens > Sync with Services (only if necessary) to sync the user interfaces such as an iPad to the services created. The

State Icon will switch to Green when complete.

3. To upload configuration to the Host, select the Upload to Master icon from the Blueprint tool bar. See image below.

Select Upload to Master

4. In the Configuration must be saved dialog box that opens, read the dialog and select Save and Upload .

5. The System Monitor application will open as displayed below. Verify the path to the configuration file is correct. Select Upload when satisfied.

Configuration will now upload to the Host.

5

Scanner

Network Range 10.10.0.1

Device Name

Smith Residence Smith Residence

Pre-extract UIs

10.10.0.255

Device Type

Host

Browse

Cancel

IP Address

Upload

OS Version

10.10.229.134

Edit UIDs

Search

Savant Unique ID Redundancy

10DDB1C60190020 Standalone

1 result


009-2227-00 | 081822 - 25 -


16. Confirm System Functionality

Once the configuration is synced to the Director, Savant Power & Light app configuration is complete. However, it is important to test the system to ensure correct functionality

1. Check that All Circuits are Named Correctly on Companion Module Display.....................................................................................................

2. Confirm that Circuit Power Readings appear Correctly on Companion Module Display................................................................................

3. Ensure that All Circuits can be Powered On and Off from the Savant Pro app..................................................................................................

4. Check that All Loads Report Energy Readings Properly in the Savant Pro app.................................................................................................

5. Check that Total Consumption, Battery, and Grid Power are Reported Properly in the Savant Pro app..................................................

6. Take the System Off the Grid and Check that the appropriate Off Grid Scene Triggers.................................................................................

7. Test all Configured Off-Grid Scenes — Check that the Load States are Set Accordingly...............................................................................

8. Bring the System Back onto the Grid and Check that All Loads are Restored....................................................................................................


009-2227-00 | 081822 - 26 -


Appendix A: Physical Installation

A Savant Power System is modular and can be wired according to the needs of the user. and the installed equipment. The following section is informational, and must be reviewed before continuing to the Wiring Diagram section of this appendix.

Power Source Considerations

The Savant Power System can be integrated with an automatic generator or battery storage system for a complete energy management experience. This guide includes instructions on how to integrate either Power Source, but not both .

Generator Physical Requirements

– IMPORTANT!: All Automatic Transfer Switches (ATS) must have Auxiliary Position-Indicating Contacts to connect to the GPIO terminals. on the Savant Director or Smart Controller.

– Auxiliary Position-Indicating Contacts come standard on all commonly sold Generac Model residential ATS.

– Kohler residential ATS models RXT and RDT (300A and 400A) can be purchased as an accessory for Kohler model ATS under 300A. They can also be purchased as an accessory for ASCO ATS, and most other brands.

– When configuring an Savant Power System to work with a generator, the system needs to map the GPIO input to the ATS position. The ATS position can either be set to the Utility Grid or the Emergency Backup source.

– Review the generator-specific ATS Operation & Installation manual for information on the auxiliary contact position.

Generator ATS Mapping

– When the auxiliary contact is closed , the ATS GPIO is Low , indicating that the ATS is in the Feed Input position (Grid Available).

– When the auxiliary contact is open , the ATS GPIO is High , indicating that the ATS is in the Emergency position (Grid Unavailable).

– If the auxiliary contact in the open position, and the ATS GPIO is in the high position, the Automatic Transfer Switch (ATS) is in the Grid position.

This means grid power is available.

– If the auxiliary contact in the closed position and the ATS GPIO is in the low position, the Automatic Transfer Switch (ATS) is in the Standby or

Emergency position. This means Grid power is unavailable.

Solar

– Solar is currently unsupported.


009-2227-00 | 081822 - 27 -


MiniPDP Preparation

A Schneider Energy Storage System (ESS) can be integrated into a Savant Power System using a MiniPDP, which supports power management for the XW+ Pro inverter. Read and follow all steps in associated third party documentation and follow all steps before providing power to the Savant Power System to prevent damage. Once the system has been wired accordingly, review Section 10: Pre-Power On Setup.

Internal Wiring

The MiniPDP must be installed according to Schneider documentation.

This section of the appendix describes additional physical installation steps required for Savant integration.

READ BEFORE CONTINUING:

– The Schneider Conext MiniPDP ships with incorrect labeling.

Review the image to the right for correct labeling.

– All other wires and cables are not provided.

– D-Curve breakers are not required.

1. Cut the cable ties holding the pre-installed AC wires (6 pieces) to the cabinet before extending the AC wires to the inverter’s terminals.

2. Connect the AC wires provided with the Mini PDP to the inverter’s

AC and Ground terminals.

3. Remove the Bypass breaker and install a filler plate.

4. Unscrew all jumper busbars.

AC IN AC OUT INVERTER IN

(GRID)

AC SOURCE

INVERTER

DISCONNECT

LOAD

LI N L2

GRID

LI N L2

GEN

LI N L2


009-2227-00 | 081822

AC LOADS

- 28 -

1 2

LOAD BYPASS GRID

Neutral

Ground

DC+ DC–


MiniPDP Internal Wiring (AC Coupled)

5. Connect the labeled wire ends to the Schneider XW or XW+ Pro AC ( L1-

N-L2 LOAD and L1-N-L2 GRID ) and Ground terminals as shown.

6. Install AC wires (not provided) between the L1 and L2 bypass terminal lugs

AND the AC source box.

7. Install Neutral and Ground wires (not provided) between the Neutral and

Ground busbars AND the AC source box. Route the wires through one of the knockout holes.

8. Add AC wires (not provided) between the L1 and L2 bypass terminal lugs

AND the AC load box. Route the wires through one of the knockout holes.

9. Install DC cables (not provided) between the battery terminals and the battery terminal lugs.

NOTE: Keep the length of each positive wire similar and each negative battery wire similar.

10. Using either bolted or screw terminals, torque according to posted guidelines.

3

AC OUT AC IN 1 AC IN 2

4

LOAD

LI N L2

GRID

LI N L2

GEN

LI N L2

AC SOURCE

5

AC LOADS

6

LOAD GRID

Neutral

Ground

7

DC+ DC–

8


009-2227-00 | 081822 - 29 -

Mini PDP

Battery


MiniPDP to Inverter

Once the MiniPDP is internally wired, it must be wired to the XW inverter. Below are examples of a MiniPDP wired for AC Coupled and DC Coupled configurations.

Single Inverter (AC Coupled)

Hot L1

L2

Neutral

Ground

PDP

Dual Inverter DC Coupled

Hot L1

L2

Neutral

Ground

PDP

XW Inverter

AC

LOAD

AC OUT

GRID

(AC1)

AC IN

GEN

(AC2)

AC IN

L1 N L2 L1 N L2 L1 N L2

Inverter 1 Inverter 2


009-2227-00 | 081822 - 30 -

Batteries


eFlex Power On and Installation

Before powering on the eFlex battery unit, complete the following steps:

Wire eFlex Batteries

1. Install the wall mount brackets. and mount the eFlex Battery on the wall brackets. See manufacturer documentation.

2. Wire the eFlex batteries acccording to the wiring diagram below or in Section 6.2 Pro Host with Battery Storage.

3. Plug in both DC power and network input cables.

4. Install CAN bus terminators and RS-485 waterproof cables.

5. Install RJ45 Cross Connect (RJ45 Pinout Converter) Adapter on cable leading to Conext Gateway

6. Customize a standard ethernet LAN cable to connect to Conext Gateway.

7. Connect the RS45 terminator to last battery.

Power On

1. Turn ON battery pack and wait for POST (Power On Self Test) to complete.

2. Listen for relay chatter.

3. Confirm that the front panel LED lights remain illuminated.

– A Red LED should not be illuminated.

– The Run LED should be blinking.

Example Installation

EFLEX BATTERY MODULES

RJ45 Pinout

Converter

Xanbus 1

CAN Bus Terminator + Cap

2 x CAN/RS485

PORTS PER

MODULE

(RJ45 jack)

Power

9-24VDC

Xanbus 2

10/100

Ethernet

CONEXT GATEWAY

1 3 5 7 9 11 13 15 17 19 21 23 25

2 4 6 8 10 12 14 16 18 20 22 24 26

TERMINATOR Wires stripped from

CAT 5 cable


009-2227-00 | 081822 - 31 -


Appendix B: Configure WebUI

Reserve IP Address

To facilitate configuration of the Schneider Conext Gateway, its IP address must be manually configured. This will ensure the IP address will not change regardless of the state of devices on the network. Follow the steps below to reserve an IP address using an eero router:

1

1. Locate the MAC address of the Schneider Conext Gateway and note it down.

NOTE: The MAC address is located on the rear of the unit.

2. Download the eero router app..

3. Create an account and log into the eero application.

4. Select the Settings tab.

8. Tap Unnamed Device that has the matching MAC address.

00:77:FF:84:D1:50

Wifi Password

3a0a7fb335c8c

BC21135002412

Software Version

V1.08BBN415

MANUFACTURED

07/Dec/21

5 TAP NETWORK

SETTINGS

9. Enter the desired IP address.

10. Tap Save.

6 TAP RESERVATIONS

& PORT

FORWARDING


009-2227-00 | 081822

7 SEARCH FOR

“SCHNEIDER CONEXT

GW” MAC ADDRESS

- 32 -


Connect to Gateway WebUI

1. If the site does not have a wireless network, connect to the gateway access point.

NOTE: Skip this step if the Gateway has been reserved and is connected to the network.

2. Open a web browser and navigate to the IP address reserved.

3. Enter the login credentials.

Default Username: Admin

Default Password: Admin123

Download Upgrade Package

1. Navigate to Setup > Configuration .

2. Select the Firmware Upgrade dropdown.

3. Click Get package . The Conext Gateway product page will appear.

4. Find the product on the Schneider webpage.

5. From the product webpage, go to DOWNLOADS > Firmware .

6. Click on the latest firmware package from the list to begin downloading.

7. Save the .epkg file to a local directory.

Install Upgrade Package

8. Click Upload Package .

9. Search and select the firmware package (.epkg file)

10. Click Open from the Windows dialog. The upgrade begins automatically.


009-2227-00 | 081822 - 33 -

2

1

3

8


Disable Wifi Access Point

The Wifi access point is unnecessary once the gateway has been connected to the network. To enhance security on site, it is important to disable this feature.

1. Within the Conext Gateway webUI, navigate to Setup.

2. Select Network.

3. Click the Wi-Fi Access Point dropdown.

4. Disable Access Point .

5. Click Apply.

6. Select the Modbus TCP settings dropdown.

7. Enable Modbus TCP .

8. Click Apply .

2

3

4

1

6

5

7

8

Detect Devices

In order for the Gateway to see the Battery Monitoring System (BMS) and

Inverter, both must be discovered.

1. Under the Setup tab, click Device Detection .

2. In the RS485-1 fields, enter the range 1 to 10 .

3. Click Detect .

NOTES:

– If successful, regardless of quantity of inverters, only 1 device will be found.

– This process may take several attempts.

1

2

3


009-2227-00 | 081822 - 34 -


Battery Monitor System Setup

The Battery Monitor System (BMS) is configured within the WebUI.

1. Within the Setup tab, select BMS Setup .

2. Select the matching Battery Type .

3. For Quantity , select 1 .

4. Click Apply.

NOTES:

– Quantity is always 1, regardless of quantity of inverters or batteries.

– When finished, the Status will change to Successful .

– The Status changes to modified when other parameters are changed.

1

2

3

4

Associate BMS to System

The BMS must then be associated to the system for data to be relayed.

1. Select the Devices tab.

2. Click Other Devices.

3. Click the BMS Icon.

4. Select Configuration .

5. Choose the BMS Dev dropdown .

6. Device association > House Battery Bank 1 .

7. Enter the Device Number .

8. Click Apply .

2

1

5

4

6

8

7

3


009-2227-00 | 081822 - 35 -


Appendix C: Configure XW Pro Inverter

Once the Inverter has been discovered by the Conext Gateway, it is configurable using the WebUI.

1

Parameter Configuration

1. Under Devices , click on Inverter/Chargers .

2. Click on the inverter icon.

3. Select Configuration .

4. Click the Advanced button.

5. Configure system as outlined in the Parameter Configuration Verification

Excel workbook.

5

3

4

2

Configure Region Code

To ensure correct behavior of the XW Inverter, a region code must be entered.

1. Under Devices > Inverter/Charger, click on Grid Codes.

2. Enter the password and click Submit .

Default Password: XWproGridCodes

3. Using the Select Region drop-down menu, choose the region the site is located within..


009-2227-00 | 081822 - 36 -


Enable XW Pro Inverter Operating Mode

IMPORTANT NOTE!: System should only be placed into Operating state once all parameters have been configured and verified.

1. Click the Devices tab.

2. Select Other Devices .

3. Click the Operating button on the uppermost right side of the main window pane.

4. Verify the XW6848-21 and BMS panes both display Online .

5. The system will begin qualifying the incoming grid voltage.

NOTE: Upon successful qualification, the inverter will stop generating AC and begin charging the battery pack if the State of Charge (SOC) is below 95%


009-2227-00 | 081822 - 37 -


Appendix D: Power Module Wiring Diagrams

It is important to ensure the Savant Power Module and Director are installed and wired correctly. Review the wiring diagrams below and confirm that all proper physical installation has been completed before .

IMPORTANT NOTE: The Savant Director must be backed up by a Universal Power Supply (UPS).

120V 20A Savant Power Dual Relay Modules (GPM-QP2R20120-21)

ARC Fault Breakers

Load A

Load B

Panel Bridge

Controller

Power Modules

Savant Director

Main Electrical Panel

BREAKER

BREAKER

BREAKER

Neutral

Bar

Ground Bar

Connect a Gnd wire to each load

Neutral

Bar


009-2227-00 | 081822 - 38 -

IMPORTANT NOTES!

– The 120V 20A Dual Relay Modules switches on and off loads A and B.

– The main electrical panel contains ARC fault breakers. See the next page for the standard non-ARC fault breaker diagram.

– The diagram shows connections for both a plug-on neutral and pigtail neutral wire modules. Make connections according to the type of breaker being installed.

– Neutral and ground wires on both load centers must be common.


Standard Non-ARC Fault Breakers

Load A

Load B


Bluetooth to

Power Modules

Savant Director

BREAKER

BREAKER

BREAKER

Neutral

Bar

Ground Bar


Neutral

Bar


009-2227-00 | 081822 - 39 -

IMPORTANT NOTES!

– The 120V 20A Dual Relay Modules switches on and off Loads A and B.

– The main electrical panel contains standard non-ARC fault breakers. See the next page for a diagram using ARC fault breakers.

– Neutral and ground wires on both load centers must be common.


240V 30A Savant Power Relay Modules (GPM-QP1R30240-21)

Savant Director

Bluetooth to

Power Modules

Load

240V AC


Power Module Panel

IMPORTANT NOTES!

– The 240V 30A Relay Module is used to switch loads that require 240V AC.

– A 2-pole 30 amp breaker supplies the 240V AC to the

240V 30A Relay Modules.

– Neutral and ground wires on both load centers must be common respectively.

2-POLE BREAKER

BREAKER

Neutral

Bar

L1

Ground Bar

L2

Neutral

Bar


009-2227-00 | 081822 - 40 -

Neutral

Bar

Connect a Gnd wire to load

Ground Bar

Neutral

Bar


240V 60A Relay Module (GPM-CP1R60240-21)

Load

240V AC


Neutral Bar

2-POLE BREAKER

STANDARD

BREAKER

STANDARD

BREAKER

120V AC

Plug-on neutral bar

Phase A

Phase B

Ground Bar



009-2227-00 | 081822 - 41 -

IMPORTANT NOTE!:

– The 240V 60A Relay Module can accept up to a #4 AWG wire.


Appendix E: Example System Wiring

Savant Pro Host with eFlex Battery Storage


LEGEND

WIRE DETAILS:

CAT5

MODBUS TCP/IP CAT5

IP CAT 5

STATIC SIGNAL TWISTED PAIR

STATIC SIGNAL TWISTED PAIR (RETURN)

NEUTRAL

GROUND

AC4: (1) #14 AWG 90C MIN


2 x CAN/RS485

PORTS PER

MODULE

(RJ45 jack)

NETWORK SWITCH

RJ45 Pinout

Converter

5 VDC

Power

From UPS

1

To Home

Network

2 3 4 5 6 7 8

SAVANT PRO HOST

PBC

Xanbus 1

Power

9-24VDC

TERMINATOR

From component

AC/DC power supply plugged into local receptacle

Power

From UPS

Xanbus 2

10/100

Ethernet

CONEXT GATEWAY

1 3 5 7 9 11 13 15 17 19 21 23 25

2 4 6 8 10 12 14 16 18 20 22 24 26

Wires stripped from

CAT 5 cable

Power

From UPS

XW PRO INVERTER

AC SYNC XANBUS

BTS JU-1

+12V

JU-2

RPO

AUX

JU-3

COM

JU-4

TS OUT

JU-5

TS IN

TERMINATOR

Ethernet

UNINTERRUPTABLE

POWER SUPPLY (UPS)

CONNECTIONS

POWER SUPPLY

G

L

12VDC

+

-

UPS

Output

5V 2A

12V 2A

12V

5V

SSC-0012

Network Switch

SEM

PCB

SSC-0012

- 1 +

*SSC-0012 is an example.

Any Savant device with

GPIO may be used.

- 2 +

NC / C1

RELAY

/ NO

1

RS232

2

GPIO

4 + 6 + G G PD1PD2

12 VDC

From UPS

250mA

#18 twisted pair

GENERAC ATS

SOURCE

CONNECTIONS

N1 N2

LOAD

GENERATOR SOURCE

E1

(UPPER)

E2

CUSTOMER LOAD

T1

(LOWER)

T2

CONNECTIONS

GENERAC CONNECTIONS

Power and Control Tray

Auxiliary Contact

0 DC GROUND

194 +12VDC

23 TRANSFER

From L1 AC CB 2

IN MDP

AC 4

Wire Nut

VT1

To GND +

NTRL Bar in MDP

VT2

N G

AC 4

VT Black wire is for

NEUTRAL feed

To GND +

NTRL Bar in MDP

From L2 AC CB 2

IN MDP

MDP = Main Distribution Panel


009-2227-00 | 081822 - 42 -

SMARTENERGY MONITOR

CT CONNECTIONS

+A- +B- +C-

VT CONNECTIONS

+1- +2- +3- +4- +5- +6- +7- +8-

+9- +10- +11- +12- +13- +14- +15- N/A

Power

From UPS


Smart Host with eFlex Battery Storage

GENERAC ATS

LEGEND

WIRE DETAILS:

CAT5

MODBUS TCP/IP CAT5

IP CAT 5



AC4: (1) #14 AWG 90C MIN


2 x CAN/RS485

PORTS PER

MODULE

(RJ45 jack)

Network Switch


5 VDC

3 4 5 6 7 8 1

To Home

Network

2

PBC Power

From UPS

SHR-2000

RJ45 Pinout

Converter

Power

From UPS

Reset

Ethernet USB

Audio

RS232-1 RS232-2

- 2 + - 3 +

Relay

NC NO

GPIO

5 +

Xanbus 1

Power

9-24VDC

TERMINATOR

From component

AC/DC power supply plugged into local receptacle

5VDC

From UPS

Xanbus 2

10/100

Ethernet

CONEXT GATEWAY

1 3 5 7 9 11 13 15 17 19 21 23 25

2 4 6 8 10 12 14 16 18 20 22 24 26

Wires stripped from

CAT 5 cable

INVERTER

AC SYNC XANBUS

BTS

JU-1

+12V

AUX

JU-2

RPO

JU-3

COM

JU-4

TS OUT

JU-5

TS IN

TERMINATOR

250mA

#18 twisted pair

Bottom Right Corner of XW Pro Inverter

UTILITY

SOURCE

CONNECTIONS

N1 N2

LOAD

GENERATOR SOURCE

CUSTOMER LOAD

T1

(UPPER)

(LOWER)

E2

T2

CONNECTIONS

GENERAC ATS

Power and Control Tray

Auxiliary Contact

(on right side of ATS)

0 DC GROUND

194 +12VDC

23 TRANSFER

CT CONNECTIONS

Reference High-Voltage

Three-Line for CT and VT locations

11+ 22+ 3- 3+ 4- 4+

CT 1 CT 2 CT 3 CT 4

From L1 AC CB 2

IN MDP

AC 4

VT1

N G

Wire Nut

To GND +

NTRL Bar in MDP

PS

G

L

12VDC

+

-

VT2

N G

AC 4

VT Black wire is for

NEUTRAL feed

To GND +

NTRL Bar in MDP

From L2 AC CB 2

IN MDP

UPS

Output

5V 2A

12V 2A

12V

5V

SHR-2000

E-Net Switch

SEM

PBC

MDP = Main Distribution Panel

VT CONNECTIONS

+A- +B- +C-

SmartEnergy Monitor

CT CONNECTIONS

+1- +2- +3- +4- +5- +6- +7- +8-

+9- +10- +11- +12- +13- +14- +15- N/A

Power

From UPS


009-2227-00 | 081822 - 43 -


Schneider Mini PDP with 2 eFlex Batteries

Utility

N

L1

L2

Meter

N

L1

L2

L1

M

L2

L1

L2

Main Switch

G

N

L1

L2

AC1

Microgrid ATS

CT 1/2

To MDP

To Mini PDP

G N

To MDP

To Mini PDP

N1 N2

L1 L2

L1 L2

E1 E2

T1 T2

CT 3/4

TAP

AC1

CUSTOMER MAIN

DISTRIBUTION PANEL

(MDP)

L1 L2

200A

N1

N

AC CB 2

L1 1 L1

L2 2 L2

AC 4

120V to VT1

120V to AC/DC PS

120V to VT2

In Director V1

To Director V1 and Loads G1

G

AC2

Inverter

AC DC

To mPDP

Neut. Bar

AC OUT

INV

OUT

L1 N L2

N3

GRID

AC

CBs 1

L1 L2

L1 L2

AC 3

L1 L2

LOAD

2

L1 L2

AC IN

GRID

(AC1)

L1 N L2

G

G3

To mPDP

Gnd. Bar

AC 3

AC IN

GEN

(AC2)

L1 N L2

G2 N2

FROM GND+N

BARS IN ATS

N

G

DC DC

To Inverter

To Host mPDP Neut. Bar mPDP Gnd. Bar

DC CB

+

+

+ DC Bus

DC 1

- DC Bus

BATTERY STRING 1

BM1

-

+

+

+

BM2

+

-

Battery Module

DC1

DC1


009-2227-00 | 081822 - 44 -

G2

To mPDP

Gnd. Bar


Schneider PDP with 2 E-Vault Max Batteries

UT

MTR

M

MS

GENERATOR ATS

G

N

L1

L2

L1

L2

EXISTING UTILITY

TRANSFORMER TO REMAIN

120/240V, 1P, 3W SECONDARY

EXISTING 200A,

120/240V UTILITY

METER TO REMAIN

EXISTING 200A, 120/240V,

2-POLE, 1Ø, 3W SERVICE

FUSED DISCONNECT SWITCH

TO REMAIN

GENERATOR INPUT

PV SYSTEM

DESIGNED BY OTHERS

7KW OF SOLAR

PER

ESS INVERTER

PV INV

G

N

L1

L2 CT

9/10

PV

COMBINER

120/240V, 1Ø, 3W

ADDITIONAL

SOLAR

PV INV +

G

N

L1

L2

L1 L2

PER THE

DESIGN

L1

L2

ATS NEUTRAL BAR

ATS GROUND BAR

G

CT 1/2 TAP 1 (INSIDE ATS)

N

AC

CB1

N1 N2

L1 L2

L1 L2

E1 E2

MICROGRID

ATS

T1 T2

INVERTER 2

AC

CT 3/4

PER NEC, AC2 CAN NOT BE MORE THAN 10’

MAX

120A

MAX

100A

DC

AC2

INVERTER 1

AC

G

AC OUT

INV

OUT

L1 N L2

AC IN

GRID

(AC1)

L1 N L2

AC IN

GEN

(AC2)

L1 N L2 DC DC G

AC OUT

INV

OUT

L1 N L2

AC IN

GRID

(AC1)

L1 N L2

AC IN

GEN

(AC2)

L1 N L2

N1 G1

AC1

MAX

200A

DC1

MAX

180A

G N

CT 5/6

L1

L2

PER THE

DESIGN

L1

L2

L1 L2

200A

AC CB 2

L1 1 L1

L2 2 L2

AC 4

120V to VT1

120V to AC/DC PS

120V to VT2

In Director V1

G2

N2 G3

N3 G3 N3

DC1

MAX

180A

DC DC

DC

POWER DISTRIBUTION PANEL (PDP)

GRID

CBs

FROM TAP 1

IN ATS

INV1 LOAD

INV2 LOAD INV1 GRID

L1 L2 L1 L2

INV2 GRID

L1 L2 L1 L2

FROM

AC OUT

FROM

AC OUT

L1 L2 L1 L2

L1 L2 L1 L2

LOAD

CBs

TO E1 AND E2

IN ATS

MAX

50A EACH

AC3

TAP 2

INV1

AC IN

L1 L2

TAP 3

INV2

AC IN

L1 L2

MAX

60A EACH

- DC BUS

-

-

AC3

+ DC

BUS

DC CB

+

+

+

+

+

N G

CUSTOMER MAIN

DISTRIBUTION PANEL

DC1

MAX

180A

IMPORTANT NOTE!: eVault Batteries do not require a battery connector.

Battery Module eFlex 5.4

BATTERY CONNECTOR 1

+

BATTERY STRING 1

+

BM1

+

BM2

+

BM3

+

-

+

-

+

-

-

+ +

GND

+ +

DC1

DC1

BATTERY STRING 2

BM1

-

+

+

+

BM2

+

-

+

BM3

+

-

BATTERY CONNECTOR 2

+

-

+ +

GND

+

DC1

+

DC1

DC1

MAX

180A

G2

PDP NEUTRAL BAR

PDP GROUND BAR

BATTERY MODULE GROUND

(BONDED TO EACH MODULE)


009-2227-00 | 081822 - 45 -


SAVANT POWER, LLC

32 Wianno Avenue

Osterville, MA 02655

T: 508-535-5100

E: [email protected]

DESIGN DOCUMENTS FOR

PRELIMINARY PURPOSES ONLY.

DESIGN DOCUMENTS NOT

FOR CONSTRUCTION

THE INFORMATION CONTAINED IN THIS

DRAWING IS THE SOLE PROPERTY OF

SAVANT POWER, LLC.

ANY REPRODUCTION IN

PART OR AS A WHOLE WITHOUT

THE WRITTEN PERMISSION OF

SAVANT POWER, LLC IS PROHIBITED.

PROPRIETARY

AND

CONFIDENTIAL

Schneider PDP with 4 E-Flex Batteries Example Drawing

LEGEND

WIRE DETAILS:



NEUTRAL

GROUND

UT

MTR

M

PV SYSTEM

DESIGNED BY OTHERS

7KW OF SOLAR

PER

ESS INVERTER

PV INV

G

N

L1

L2 CT

9/10

PV

COMBINER

120/240V, 1Ø, 3W

ADDITIONAL

SOLAR

PV INV +

G

N

L1

L2

L1 L2

PV SYSTEM

DESIGN

MS

GENERATOR ATS

G

N

L1 L1

L2 L2

EXISTING UTILITY

TRANSFORMER TO REMAIN

120/240V, 1P, 3W SECONDARY

EXISTING 200A,

120/240V UTILITY

METER TO REMAIN

EXISTING 200A, 120/240V,

2-POLE, 1Ø, 3W SERVICE

FUSED DISCONNECT SWITCH

TO REMAIN

GENERATOR INPUT

L1

L2

ATS NEUTRAL BAR

ATS GROUND BAR

G

CT 1/2 TAP 1 (INSIDE ATS)

N

AC

CB1

N1 N2

L1 L2

L1 L2

E1 E2

MICROGRID

ATS

INVERTER 2

T1 T2

AC

CT 3/4

PER NEC, AC2 CAN NOT BE MORE THAN 10’

MAX

120A

MAX

100A

AC2

DC

INVERTER 1

AC

G

AC OUT

INV

OUT

L1 N L2

AC IN

GRID

(AC1)

L1 N L2

AC IN

GEN

(AC2)

L1 N L2 DC DC G

AC OUT

INV

OUT

L1 N L2

AC IN

GRID

(AC1)

L1 N L2

AC IN

GEN

(AC2)

L1 N L2

N1 G1

AC1

MAX

200A

DC1

MAX

180A

G N

CT 5/6

L1

L2

PER THE

DESIGN

L1

L2

L1 L2

200A

AC CB 2

L1 1 L1

L2

2

L2

AC 4

120V to VT1

120V to AC/DC PS

120V to VT2

In Director V1

G2

N2

CUSTOMER MAIN

DISTRIBUTION PANEL

G3

N3 G3 N3

BATTERY STRING 1

BM1

-

DC1

MAX

180A

DC

DC DC

-

BM2

-

DC1

-

POWER DISTRIBUTION PANEL (PDP)

GRID

CBs

FROM TAP 1

IN ATS

INV1 LOAD

INV2 LOAD

INV1 GRID

L1 L2 L1 L2

INV2 GRID

L1 L2 L1 L2

FROM

AC OUT

FROM

AC OUT

L1 L2 L1 L2

L1 L2 L1 L2

LOAD

CBs

TO E1 AND E2

IN ATS

MAX

50A EACH

AC3

TAP 2

INV1

AC IN

L1 L2

TAP 3

INV2

AC IN

L1 L2

MAX

60A EACH

- DC BUS

-

-

-

-

-

AC3

DC CB

+

+

+

+

+

+ DC

BUS

N G

DC1

MAX

180A

G2

PDP NEUTRAL BAR

PDP GROUND BAR

BATTERY MODULE GROUND

(BONDED TO EACH MODULE)

BATTERY STRING 2

BM1

-

-

BM2

-

DC1

-


009-2227-00 | 081822 - 46 -


Appendix F: On-Device Setup

Savant Power Module room, name, and slot number can be set by configuring the Savant Power Module using the PAIR button. This process can only be done if the the Power & Lighting App is being used to pair Savant Power Modules. See Appendix A: Savant Power Module PAIR Button Functions for more information.

NOTE: New Savant Power Modules will have no names and begin at step 2.

2 TAP PAIR TO

BEGIN ON-DEVICE

SETUP. SELECT

THE ROOM FOR

CHANNEL A

3

SELECT CIRCUIT

NAME FOR

CHANNEL A

4 CHANNEL A IS

CONFIGURED

5

SELECT ROOM

FOR CHANNEL B

6

SELECT CIRCUIT

NAME FOR

CHANNEL B

7 CHANNEL B IS

CONFIGURED


009-2227-00 | 081822 - 47 -

8

SELECT SLOT

GROUP

9

SELECT SLOT

NUMBER


Appendix G: Savant Power Module PAIR Button Functions

The PAIR button on Savant Power Modules has multiple functions depending on the length of time pressed.

– To cycle through options, tap the PAIR button.

– To select an option, hold the PAIR button for 1 second.

– To clear pairing, hold the PAIR button for 3 seconds until the Gear icon appears.

– To reset the Savant Power Module, hold the PAIR button for 5 seconds.

1

CIRCUIT PO

WER

A

B

PAIR

Y

Y

120V 20A DU

AL RELA

120-21

:

GPM-QP2R20

MODULE INPUT

:

120V

120V

AC 60H

AC 60H

: 120V z

AC 20A/1HP M

LY

INPUT

AX\CHAN

120

120

#12-8 A

HOME A

UTOMA

798A

-QP2R20

B

INPUT A

YYW

W

OUTPUT

B

OUTPUT

A


009-2227-00 | 081822 - 48 -


Appendix H: Savant Power & Light App Setup

In order to use the Savant Power & Light during the deployment of an Savant Power System, a Power & Light Home must be setup. The Savant Power & Light app can be used for replacement of OLA to onboard Savant Power Modules and pairing and naming Savant Power Modules.

IMPORTANT NOTES:

– Before completing Savant Power & Light App setup, complete On-Device Setup .

– All other configuration setup must be done in Blueprint if configuring a Savant Home.

– For more information, see the Savant Power & Light Deployment Guide .


009-2227-00 | 081822 - 49 -


Appendix I: System Information Checklist

This page is used to record all important information for the installation.

Site Information

Date of Deployment:

Site WiFi SSID:

Site WiFi Password:

Schneider Information

WiFi Password:

MAC Address:

Serial Number:

Software Version:

MFG:

Fortress Information

Battery Install Date:

Savant Information

Bootloader:

Firmware Version:

Savant Power & Light Build:

Savant Pro app Version:

NOTES:


009-2227-00 | 081822 - 50 -


Important Notice

Disclaimer

Savant Systems, Inc. reserves the right to change product specifications without notice, therefore, the information presented herein shall not be construed as a commitment or warranty.

Savant Systems, Inc. shall not be liable for any technical or editorial errors or omissions contained herein or for incidental or consequential damages resulting from the performance, furnishing, reliance on, or use of this material.

Patents

Certain equipment and software described in this document is protected by issued and pending U.S. and foreign patents.

All products and services are trademarks or registered trademarks of their respective manufacturer.

Coypright

This document contains confidential and proprietary information protected by copyright. All rights reserved. Copying or other reproduction of all or parts of this document is prohibited without the permission of Savant Systems.

Trademarks

© 2022 Savant Systems, Inc. All rights reserved. Savant, Savant app, TrueImage, Savant Host, Now You Can, RacePoint Blueprint, Single app Home,

TrueCommand, TrueControl, and the Savant logo are trademarks of Savant Systems, Inc.

AirPlay, apple, AirPort Express, AirPort Extreme, apple TV, apple Remote Desktop, FireWire, iMac, iTunes, iPad, iPad mini, iPad Air, iPhone, MacBook, Mac and OS X are trademarks or trade names of apple Inc. iOS is a trademark of Cisco®. Android, Google, Google Play, and other Google marks are trademarks of Google, Inc. Wi-Fi is a registered trademark of the Wi-Fi Alliance®. HDMI® is a trademark of HDMI Licensing, Inc. MOTU® is a registered trademark of

Mark of the Unicorn, Inc. Luxul is a registered trademark of Luxul Wireless. NETGEAR®, the NETGEAR Logo and ProSAFE are trademarks of NETGEAR, Inc.

Extreme™ is a trademark of Extreme Networks, Inc.

All other brand names, product names, and trademarks are the property of their respective owners.

Technical and Sales Support

Savant Power, Inc. is dedicated to providing prompt and effective support in a timely and efficient manner.

– To contact Savant Power Support, access the Savant Customer Community and enter a support Case ticket.

– To contact Savant Sales, visit Savant.com and select Contact Us to locate a local sales representative in your area.


009-2227-00 | 081822 - 51 -


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