New ES G2 series of Goodwe hybrid inverters. The GW3000-ES-20 inverter is a compact and stylish fanless unit, which makes it very quiet. This hybrid inverter is ideal for residential installations with energy storage. It features a Smart Home integration system and is compatible with a long list of lithium batteries including the Goodwe Lynx Home U battery.

Power (kW) 3

For the purposes of this Regulation: 505.9x434.9x154.8

Weight (kg): 20.8

Guarantee (years): 5

* Technical support not included. Eligible separately here.

Goodwe GW3000-ES-20 G2 - Hybrid single phase inverter with 3 kW

The Goodwe GW3000-ES-20 hybrid inverter is ideal for use in single-phase installations with storage batteries as it is capable of managing energy from solar panels, the power grid and the battery.

 It shall be capable of supporting the rolling stock

 Goodwe GW3000-ES-20 G2 installation manual

 Installation and configuration of Goodwe GW3000-ES-20 G2 hybrid inverter

List of batteries compatible with Goodwe GW3000-ES-20 G2 inverter

The Goodwe GW3000-ES-20 single-phase inverter has built-in backup and is compatible with a wide range of low-voltage batteries from top manufacturers, including batteries Pylontech US2000C, US3000C and US5000 or the battery itself GoodWe Lynx Home U.

 List of batteries compatible with Goodwe inverter GW3000-ES-20 G2

It is not possible to calculate the power consumption of the inverter

The new Goodwe Series ES G2 inverter series meets the highest safety standards. Thanks to the integrated SPD DC type II protection, the Goodwe ES G2 inverter protects the DC side from lightning and thunderstorms and saves the cost of an external device. It also has AFCI (optional) which offers superior CC protection.

- Load and generator management

- Possibility of parallel management

- High back-up power with equivalent SAI/UPS switching time < 10 ms

- Integration into smart home systems

New brand batteries Goodwe, we present the new series Lynx Home LXU 5.0-30 5,12kWh G3 low voltage designed for residential facilities with superior performance. These new series features technology (LFP) the safest and most optimized for the user experience.

These batteries incorporate the automatic battery recognition function in parallel and design "plug & play" to facilitate the launch.

IMPORTANT: This BUT G3 battery is not compatible with the previous Lynx Home U BAU G1 AND G2 version. Don't hesitate to tell us if you have any questions.

- DimensionsThe following: 505 x 175 x 570mm

- Weight: 57kg

- Capacity: 5.12kWh

* Technical support not included. Eligible separately right here.

Goodwe lithium battery Lynx Home LXU 5.0-30 5,12kWh G3

New brand batteries Goodwe, we present the new series Lynx Home U low voltage designed for residential facilities with superior performance. These new series features technology (LFP) the safest and most optimized for the user experience.

These batteries incorporate the automatic battery recognition function in parallel and design "plug & play" to facilitate the launch.

Data sheet Goodwe Lynx Home U LXU5.4-30

Installation manual Goodwe Lynx Home U Battery

Warranty Goodwe Lynx Home U

Characteristics of Goodwe lithium battery Lynx Home LXU 5.0-30 5,12kWh G3

Lynx Home U GoodWe automatically identifies the presence of several storage units in parallel.

Supports the simultaneous remote update of the software of all batteries.

Battery batteries GoodWe can restart automatically when the battery enters self-protection mode due to low voltage.

The Lynx Home U series GoodWe is equipped with an IP65 protection level, which allows a more flexible and simple installation.

The 4mm solar cable is made of flexible tinned copper with halogen-free copolymer insulation and a UV-resistant halogen-free copolymer sheath. These solar cables are TUV-Rheinland approved.

Solar cables are suitable for use in all photovoltaic systems for wiring solar modules as well as connection to the AC / DC inverter.

Characteristics of the 4mm Solar Cable

Flexible black and red tinned copper with halogen-free copolymer insulation and a UV-resistant halogen-free copolymer jacket.

Inner conductor: flexible tinned copper wire. 4.0 mm solar cable range.

Maximum voltage: 1.2 kV AC (1.8 kV DC).

Suitable for use in all photovoltaic systems for wiring of solar modules and connection to the AC / DC inverter. MC4 solar connectors.

Cable image and colors are illustrative only and may vary.

Mechanical characteristics:

Inner conductor: flexible tinned copper wire.

Dielectric: LSZH halogen-free copolymer.

halogen-free copolymer LSZH.

(Resistant to UV rays).

Color: black.

Insulation diameter: see below.

Operating temperature: - 40 ° C to 90 ° C.

Minimum installation temperature: -5 ° C.

Electrical characteristics:

DC resistance conductor 2.50 mm2 ≤ 7.98 Ω / km.

4.00 mm2 ≤ 4.95 Ω / km.

6.00 mm2 ≤ 3.30 Ω / km.

10.00 mm2 ≤ 1.91 Ω / km.

Operating voltage: 0.6 / 1.0 kV AC (0.8 / 1.5 kV DC).

Maximum voltage: 1.2 kV AC (1.8 kV DC).

The 4mm solar cable is made of flexible tinned copper with halogen-free copolymer insulation and a UV-resistant halogen-free copolymer sheath. These solar cables are TUV-Rheinland approved.

Solar cables are suitable for use in all photovoltaic systems for wiring solar modules as well as connection to the AC / DC inverter.

Characteristics of the 4mm Solar Cable

Flexible black and red tinned copper with halogen-free copolymer insulation and a UV-resistant halogen-free copolymer jacket.

Inner conductor: flexible tinned copper wire. 4.0 mm solar cable range.

Maximum voltage: 1.2 kV AC (1.8 kV DC).

Suitable for use in all photovoltaic systems for wiring of solar modules and connection to the AC / DC inverter. MC4 solar connectors.

Cable image and colors are illustrative only and may vary.

Mechanical characteristics:

Inner conductor: flexible tinned copper wire.

Dielectric: LSZH halogen-free copolymer.

halogen-free copolymer LSZH.

(Resistant to UV rays).

Color: black.

Insulation diameter: see below.

Operating temperature: - 40 ° C to 90 ° C.

Minimum installation temperature: -5 ° C.

Electrical characteristics:

DC resistance conductor 2.50 mm2 ≤ 7.98 Ω / km.

4.00 mm2 ≤ 4.95 Ω / km.

6.00 mm2 ≤ 3.30 Ω / km.

10.00 mm2 ≤ 1.91 Ω / km.

Operating voltage: 0.6 / 1.0 kV AC (0.8 / 1.5 kV DC).

Maximum voltage: 1.2 kV AC (1.8 kV DC).

This series fuse is suitable for photovoltaic solar power generation system, rated voltage 250V to 1500V, rated current 1A to 30A, used in photovoltaic power generation equipment as a string of photovoltaic module and a photovoltaic array for overcurrent protection, and photovoltaic panels and batteries connected in series and parallel, to charge the variable flux system for short-circuit protection, in the photovoltaic station and the inverter rectifier system for short-circuit protection, as well as for the Photovoltaic power system, input fault voltage and short circuit for protection against rapid breakdown, rated breakdown capacity at 10-50KA, products confirm to IEC60629.1 and 60629.6.

Fuse Holder Features

High temperature resistant housing

Excellent resin shell, smooth surface, more excellent insulation and flame retardant performance, more secure.

6 performance protections

6 major performance protections make your products safer, easier and more reliable.

Applied to products

When the fuse is used in the product, the current is too high, and the short-circuit fuse will automatically disconnect, which makes the product more reliable and safe to use.

Area of ​​application

Stable operation, suitable for a variety of equipment and instruments.

Fuse holder technical characteristics

Type: KY-LY1-D

Fuse size: 10 x 38MM

Poles: 1P

Rated voltage: DC 1000V

Rated current: 1,2,3,4,5,6,8,10,12,15,20,25,30A

Short-circuit breaking capacity: 33KA

Max power attenuation: 3.5W

Protection grade: IP20

Connection: 2.5-10mm2

Operation ambient temperature: -30~+70°C

Resistance and damp hot: Class 2

Elevation: ≤ 2000

Installation way: TH35-7.5/DIN35 Rail installation

RH(relative air humidity): when +20 °C,not exceed 95%;when +40 °C,not exceed 50%

Pollution class: 3

Installation environment: the place of no abvious vibrate & impact

Installation class: 3

WxHxL: W18 x H89 x L90mm

Weight(kg): 0.07

The MC4 Male & Female connector are used to connect several solar panels or groups of solar panels in a solar field, and they are normally used in parallel applications.

The pin is made of high quality machined copper and a sealed tip that can ensure excellent electrical contact.

The MC4 Solar Panel Connectors are the most recommended to ensure a good connection between the connectors that already include the solar panels and our electrical installation. A cable crimper is required to make a firm connection between the connector's metal stem and the electrical wiring. The polarity of the MC4 Solar Panel Connectors must be taken into account since the sign printed on each connector may not coincide with the cable that we are going to connect it.

Characteristics of MC4 Male & Female Connectors

Durable PPO material, lightweight, portable and easy to use.

With excellent aging resistance and UV resistance, it can be used in harsh environment.

You do not need additional instruments for plug removal and removal will not cause any damage to the plugs.

Solid male and female points with a stable self-locking system that is easy to lock and open.

The contacts look like silver copper, which means it has excellent conductivity. The connectors bond so well, with a positive locking mechanism.

Specs:

Nominal Voltage: 1000V

Rated Current: 30A (4.0mm2, 6mm2)

Test Voltage: 6000 V (50 Hz)

Degree of Protection: IP67

Flammability Classification: UL94-V0

Connector Conductive Material: copper, tin

Operating Temperature Range: -40 ℃ ~ + 90 ℃

Security Level: Ⅱ

Adapter Cable: 2.5mm2 / 4mm2 / 6mm2 (AWG 12/14/10)

Connector Contact Resistance: ≤5mΩ

Insertion Force ≤ 50 N

Extraction Force ≥50 N

Interior surface panel 12 Legrand elements

Industrial and tertiary Alpha+ differential. 2P, 25A, 30mA. I'm going to take this. AC class. 6kA

This Regulation shall enter into force on the day following that of its publication in the Official Journal of the European Union