Why choose GoodWe

GoodWe is a world-leading PV inverter and energy storage solutions manufacturer and is listed as a public limited company on the Shanghai Stock Exchange (Stock Code: 688390).

With an accumulative delivery of more than two million inverters and installation of 23GW in more than 100 countries and regions, GoodWe solar inverters have been used in residential and commercial rooftops, industrial and utility scale systems and range from 0.7kW to 250kW. GoodWe has more than 2000 employees situated in 15 different countries and is regarded as the Global No.1 storage inverter by Wood Mackenzie in 2020. GoodWe has also ranked as one of the Top 10 inverter suppliers by IHS Markit and has achieved five consecutive TUV Rheinland ‘All Quality Matters’ Awards.

Technological innovation is GoodWe’s main core competence. With an in-house R&D team of approx. 300 employees in two R&D centers, GoodWe can offer a comprehensive portfolio of products and solutions for residential, commercial and utility scale PV systems, ensuring that performance and quality go hand-in-hand across the entire range.

GoodWe has set up an integrated service system for pre-sales, in-sales and after-sales and has established service centers worldwide, aiming to offer global support to all customers including project consulting, technical training, on-site support and after-sales service.

Residential Inverters

Model

Description

Features

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XS Series                                                    (0.7-3KW | Single Phase| 1 MPPT)

 

 

 

 

 

 

 

The brand new XS model from GoodWe is an ultra-small residential solar inverter specifically designed to bring comfort and quiet operation as well as high efficiency to households. Its capacity ranges from 0.7kW to 3.0kW and its most outstanding characteristics are its light weight, which is 5.8kg, and its extremely small size, equivalent to an A4-sized piece of paper, which makes it particularly easy to carry & install. Remarkably, it offers a 30% of DC input oversizing and it’s able to achieve a maximum European efficiency of 97.2%. Conveniently, the communications options available on this inverter are both LAN & Wi-Fi.

A4 Size, Super Light

 Compressing 3KW DC/AC transforming technology into an A4 size inverter is unbelievable. However, GoodWe did it! Weighing less than 6 kg, inverters can be easily installed! Additionally, it also significantly reduces shipment and stock cost.

33% DC INPUT OVERSIZING        AND            97.2%     EUROPEAN EFFICIENCY

 Even though the XS Series is extremely compact and tiny, it doesn’t mean standard features are sacrificed. The XS is still equipped with 30% DC oversizing                     capability which allows full load output during extreme weather conditions and what’s more, its European Efficiency can reach 97%, which is even more compared to its predecessors. NS Series. Small, light, compact, and capable.

LAN/WIFICommunication

An optional LAN/WIFI communication offers customers different monitoring methods to cater for different needs. Customers are able to choose the most convenient way to monitor their solar systems. It also allows the customer to switch into another monitoring method after installation. GoodWe cares about your feelings and experiences.

 

 

 

NS Series                                                (1-3KW | Single Phase | 1 MPPT)

GoodWe’s NS series of inverters adopts cutting edge technology in solar photovoltaic power conversion. Ideally suited to newly-built housing projects or small domestic installations, it offers 1-3kW models for installations as small as 3 PV modules. Comprehensive MPPT technology, software and hardware technology are guaranteed to maximize lifespan.

PERFECT FOR 3-PANEL SYSTEM

30% DC Oversizing

Drive your inverter to its fullest capacity by adding extra panels  to increase your power output under low solar radiation conditions.

NATURAL VENTILATION and MUTE OPERATION

 

 

 

 

 

 

 

 

 

SDT G2 Series
(4-15KW | Three Phase | 2 MPPT)

 

 

 

 

 

 

The SDT G2 series of inverter from GoodWe is one of the best options available in the residential & commercial sectors owing to its technical strengths, which make it one of the most productive inverters in the market. Because of its high efficiency of (98.3%), the enhanced oversizing & overloading capabilities and the fact that it does not require a null line for installation, SDT G2 represents an outstanding improvement in the industry.

2nd generation of GoodWe SDT series is downsized by more than 50%. However, being compatible with bifacial modules, the competency of this half size successor is considerably improved. With 50% DC input oversizing, 10% AC output overloading capability, it drives your inverter to its full capacity by adding extra reflections from the backside of bifacial panels, to increase your power output under low solar radiation conditions.

BUILT-IN ANTI-REVERSE CURRENT

In regions where solar power is not allowed to be reverberated to the grid, installers can easily set an export limit through the GoodWe app with one simple-click, as SDT G2 has integrated a built-in anti-reverse current function into the inverter.

ARC-FAULT  CIRCUIT INTERRUPTER

Safety First! With AFCI, the inverter is able to detect arc fault failure, sending alarms through monitoring systems and breaking the circuit simultaneously. GoodWe does not only deliver efficiency, reliability, but security as well.

Ground Utility Inverters

Model

Description

Features

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HT Series

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The new HT 1500V Series (225/250kW) is GoodWe’s top inverter for utilization in solar utilities with an extensive list of features designed to reduce system and O&M costs. This inverter boasts 12 MPPTs, PLC communication and is compatible with bifacial modules. The HT-1500V Series features string level monitoring and incorporated I-V curve diagnosis for intelligent detection of voltage and current issues. It features internal humidity detection, optional PID repair function and AC terminal over-temperature protection. It can realize 24-hour monitoring and O&M during nighttime. The configuration of the HT 1500V can be easily done via Bluetooth and firmware diagnosis and upgrading can be operated remotely. These outstanding sets of features were conceived to ensure the lowest levelized cost of energy (LCOE).

1. Max. Current per String 15A

Supporting max. 15A DC input current per string, and MPPT-level maximum 30A DC input current, GoodWe HT series is the ideal choice for high-power & bifacial modules on the market. It makes full use of power generated and guarantees IRR for clients.

2. PLC 2.0

The second generation of Power Line Communication includes all the benefits of the first generation (savings on cost of communication cables and stable data transmission) but with much faster communication speed, which allows for quick and smart monitoring.

3. Data Security and Fault Recording

The inverter can record specific fault data, so even if it goes off-line, no data loss will occur. Furthermore, the breakpoint resuming function allows continuous data upload to the monitoring system when it reconnects to the server after recovery. The inverter is equipped with dual flash memory to ensure data security. The entire data transmission process is fully encrypted while all the data is stored on the server for backup.

4. Temperature and Humidity Detection

With advanced sensors integrated, HT Inverters are able to detect the temperature of the AC connector and the internal humidity of the machine. This function is designed to send alarms if either the connector’s temperature or the inverter’s interior relative humidity is too high.

5. 24 Hour Monitoring and Maintenance

With power supplied from the AC side, the inverter can monitor the PV system at night, allowing for 24 hour monitoring. What else? It can carry out maintenance work at night. This means it does not interfere with PV generation during daylight.

6.I-V Curve Diagnosis

HT Series allows string level monitoring, and supports intelligent detection of voltage and current issues, ensuring fast troubleshooting and maximum O&M efficiency.

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    <h1>Commercial Rooftop Inverters</h1><p><strong>Model</strong>

Description

Features

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LVSMT Series
(12-20KW | Three-Phase | 3 MPPT | Low Voltage)

GoodWe’s LVSMT series three-phase inverter is designed with low voltage power input, specifically tailored to small commercial PV applications. Developed as an efficient response to South American market needs for low-voltage inverters above 10kW, the GoodWe LVSMT series is applicable to the different grid voltage ranges in the region, which mainly cover 208V, 220V and 240V. With the GoodWe LVSMT series inverter, the system configuration can be simplified by avoiding the installation of an expensive transformer which adversely affects the system’s conversion efficiency.

200V-950V
WIDE MPPT RANGE

Wide MPPT Range enables the solar system to start at an early stage, fully utilising the daytime to maximise solar powered energy generation, giving the highest yield.

Compatible with
Bi-facial Modules
SMT is designed to meet the increasing demand for bi-facial modules. With large current input and 30% DC oversizing and 10% AC overloading capacity, the system efficiency is enormously enhanced.

Three MPPT
Asymmetric Design
Multiple MPPT design caters to users with complicated rooftop structures and directions. Unbalanced string trackers fully utilize sunshine from each angle and maximum yield is guaranteed for commercial rooftop systems.

PLC Communication
The optional PLC monitoring offers stable data transmission. Furthermore, it makes seemingly impossible communication for isolated rural areas possible.

 

LVMT Series
(30-50KW | Three Phase | 4 MPPT | Low Voltage)

The second generation of GoodWe’s MT series inverter is suitable for medium and large scale commercial rooftops or ground-mounted solar PV systems where maximum versatility and profitability are important. With its compact design and power boost function, GoodWe’s MT G2 series can provide extremely high efficiency of 98.8%, thus offering a faster return on investment.

 

FOUR MPPT
MAXIMIZE OUTPUT
Improve your energy harvest with four MPPT trackers to minimize output losses caused by partial shading and other mismatch effects.

50degrees
FULL-LOAD OPERATION

SMALLER, LIGHTER & SMARTER
30% DC INPUT OVERSIZING
15% AC OUTPUT OVERLOADING
13 STRINGS SMART MONITORING

 

HT Series
(100-136KW ∣ Three Phase ∣ up to 12 MPPT)

The new HT 1100Vdc Series (100-136 KW) is the ultimate high-power string inverter for the C&I sector. The HT series offers up to 12 MPPTs, and is compatible with Bi-facial modules, with a higher threshold of DC current (Max. 15A per string). It includes PLC communication, optional AC terminal over-temperature protection and internal humidity detection. Configuration can be easily done via Bluetooth and firmware diagnosis & upgrading can be operated remotely. The HT series seamlessly incorporates different sets of technical strengths designed to achieve higher savings in the installation, enhance productivity and diversify available monitoring options, taking safety to the maximum possible level in accordance with the strictest industry standards.

Easy & Quick Setup via Bluetooth
Configuration can be easily done via Bluetooth and firmware diagnosis & upgrading can be operated remotely, offering you convenience and reliability.

Arc-Fault
Circuit Interrupter
With AFCI, the inverter is able to detect arc fault failure, send alarms through the monitoring systems and break the circuit simultaneously. GoodWe does not only deliver efficiency and reliability, but security as well.

Temperature and
Humidity Detection
With advanced sensors integrated, HT Inverters are able to detect the temperature of the AC connector and the internal humidity of the machine. This function is designed to send alarms if either the connector’s temperature or the inverter’s interior relative humidity is too high.

Type I Surge Protection
Both the DC side and AC side are equipped with optional Type I surge protection to protect the inverter from lightning, providing upgraded safety and reliability for the PV system.

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