DANFOSS-TRIPLELYNX-TLX8-10-12.5-15-datasheet

MAKING MODERN LIVING POSSIBLE

TripleLynx Inverter Range

The benchmark solar inverter from Danfoss

3 phase – Transformerless – 8, 10, 12.5 and 15 kW

SOLAR INVERTERS

98%

Maximum power all day

TripleLynx inverters are designed to deliver maximum yield in all conditions. With a peak efficiency of 98% the TripleLynx inverter boasts class leading performance, with virtually no energy loss.

The weighted EU efficiency is ≥97% and is the result of a component layout designed for optimum power output.

Advanced digital algorithms ensure high MPP tracking efficiency across a broad voltage area: 99.9% in steady conditions and 99.8% in dynamic conditions.

Each TripleLynx inverter is packed with high grade semiconductor technology, such as

Coolmos and Silicon Carbide, integrated in

Danfoss’ own power module.

The transformerless design, advanced electronics and optimised internal connections reduce unnecessary loss inside the inverter.

This means that you can rely on the TripleLynx to harvest all the energy of the PV modules.

Feature highlights

 98% maximum efficiency

 99.9% MPP tracking efficiency

 Transformerless design

 High grade semiconductors

The TripleLynx inverter is designed for high performance and is the first string inverter to combine a 1000 Voc input range, 250-800 V range and multiple DC input in a single unit.

1000 Volt input enables you to use more modules in series. This means that the number of strings can be reduced, resulting in significantly lower installation costs.

Multiple DC input also adds flexibility and allows you to design with any number of strings. For example, if you have 4 strings where one is different from the rest, you can couple 3 in parallel to two inputs and one individually to the third input without problems. The inverter will automatically configure itself for optimum operation.

The large MPP window, combined with efficient tracking, ensures high conversion efficiency across the entire voltage area.

Broad operation specifications, extreme efficiency and ease of use make

TripleLynx string inverters an excellent alternative to central inverters - both for large roof top installations and ground-mounted power plants.

1000

V

Feature highlights

 1000 V input

 Three string design for added flexibility

 Reduced cable costs

 Easy installation

 Excellent alternative to central inverter

Three string input ensures flexibility while the DC switch allows for safe and easy installation

TripleLynx Inverter

Conventional string inverter

The string length of the TripleLynx inverters is up to 60% longer than that of conventional string inverters.

The large mpp window, combined with efficient tracking, makes the

TripleLynx attractive for both residential, commercial and industrial applications. 1000 V input enables more panels to be connected in series, compared to typical inverters.

Balanced 3 phase output ensures that TripleLynx inverters comply with utility standards. No current flows in the neutral conductor under balanced voltage conditions, which reduces losses on the AC side compared to three single phase inverters.

A significant advantage is that only one inverter is required for three phased output, which makes installation both easier and cheaper than installing three single phase inverters.

Even if one or more strings fall out, the TripleLynx will continue to deliver three phase output unaffected.

Feature highlights

 Only one inverter required for three phase output

 One inverter for 17 countries

 Lower installation costs

 Long life

Three-phase output guarantees a stable power supply.

Simplified and Standardised

Deceptively simple design

The internal layout of the TripleLynx inverter is a study in order and efficiency. Each and every component is placed precisely in order to secure the shortest and most efficient flow of power from the PV modules to the utility grid.

A special cooling system based on a die-cast body frame removes heat effectively through fan cooling, which automatically adjusts itself to the ambient conditions.

The power modules are designed by Danfoss Silicon Power in Germany. Applied on the heat sink, the power modules provide a well-defined thermal environment for the power transistors. In addition, the power capacitors are placed in the coolest areas of the inverter, lowering the operating temperature and ultimately extending the inverter’s life considerably.

Connect the easy way

Due to the fact that TripleLynx inverters are all equipped with an integrated communication board, owners have the option to connect external sources, such as sensors and alarms, directly to the inverter. By connecting a WEB logger, the system can be monitored from any location in the world.

All Danfoss inverters communicate interchangeably through

RS485.

The award winning keypad with LCD display is not only easy to read; it also makes installation and setup easy in any of the

17 countries the TripleLynx is configured for when it leaves

Danfoss.

The keypad is easy to read and easy to use and is based on the award winning design that is widely praised for its user friendliness.

Danfoss' own power modules ensure optimum performance

8 kW 10 kW 12.5 kW 15 kW

Specification:

Nominal power DC

Max recommended PV power at STC 1)

Nominal power AC

Max power AC

Max efficiency

Euro efficiency

Night consumption

Voltages:

Max voltage DC

Nominal voltage DC

MPP voltage range – nominal power 2)

AC Voltage range

Grid frequency

Currents:

Max current DC

Nominal current AC

Max current AC

Distortion (THD %)

Other:

Dimensions (L,W,H)

Weight

Acoustic Noise level

Operation temperature range

MPPT efficiency (static)

MPPT efficiency (dynamic)

Overload operation

Grid surveillance

IP

Isolation monitoring

Communication

Potential free contact

Sensor input

Energy meter

3

2

3

8250 W

9500 Wp

8000 W

8000 W

97.8 %

97 %

3

< 5 W

1000 V

700 V

345-800 V

× 230 V ± 20 %

50 ± 5 Hz

× 12 (24) A

× 12 A

× 13.2 A

< 4%

700 ×525×250 mm

35 kg

56 dB(A)

-25..60°C

(>45°C derating)

99.9 %

99.8 %

Change of operating point

Three phase monitoring

IP 54

Value country dependent

RS485

× 1

× 2

(temperature, irradiation)

S0 input

3

2

10300 W

11800 Wp

10000 W

10000 W

430-800 V

50 ± 5 Hz

× 12 (24) A

3

3

98 %

97 %

< 5 W

1000 V

700 V

× 230 V ± 20 %

× 15 A

× 15 A

< 5%

3

< 5 W

× 230 V ± 20 %

3

12900 W

14700 Wp

12500 W

12500 W

98 %

97.3 %

1000 V

× 12 (36) A

3

3

700 V

358-800 V

50 ± 5 Hz

× 19 A

× 19 A

< 5%

3

3

15500 W

17700 Wp

15000 W

15000 W

98 %

97.4 %

< 5 W

1000 V

700 V

430-800 V

× 230 V ± 20 %

50 ± 5 Hz

× 12 (36) A

3

3

× 22 A

× 22 A

< 5%

700 ×525×250 mm

35 kg

56 dB(A)

-25..60°C

(>45°C derating)

99.9 %

99.8 %

700 ×525×250 mm

35 kg

56 dB(A)

-25..60°C

(>45°C derating)

99.9 %

99.8 %

700 ×525×250 mm

35 kg

56 dB(A)

-25..60°C

(>45°C derating)

99.9 %

99.8 %

Change of operating point Change of operating point Change of operating point

Three phase monitoring Three phase monitoring Three phase monitoring

IP 54

Value country dependent

RS485

× 1

× 2

(temperature, irradiation)

S0 input

IP 54

Value country dependent

RS485

× 1

× 2

(temperature, irradiation)

S0 input

IP 54

Value country dependent

RS485

× 1

× 2

(temperature, irradiation)

S0 input

Options:

Modem GSM GSM GSM

TLX +

Grid Management Reactive power Reactive power

1) For fixed systems with semi optimal conditions.

2) At identical input voltages. At unequal input voltages V mpp min

lies between 250-430 V depending on total input power.

GSM

Reactive power

DKSI.PK.02.L3.02

Danfoss Solar Inverters A/S

Ulsnaes 1

DK-6300 Graasten

Denmark

Tel.: +45 7488 1300

Fax: +45 7488 1301

E-mail: [email protected]

www.danfoss.com/solar

Produced by Danfoss A/S ©