As a faithful participant, GoodWe has taken part in the PV storage test by University of Applied Sciences (HTW) in Berlin for consecutive 3 years! The results never let us down. According to this year’s examination, GoodWe’s hybrid inverters and high-voltage batteries stole the spotlight once again.
A total of 21 different storage systems in the 5 and 10 kilowatts power classes were examined to determine the System Performance Index (SPI) as part of the “Electricity Storage Inspection 2022”. The two GoodWe hybrid inverters tested, GoodWe ET and GoodWe EH, achieved a System Performance Index (SPI) of 93.4% and 91.2% respectively together with BYD batteries.
With this exceptional system efficiency, the GoodWe 5000-EH successfully secured 2nd place in the smaller reference case (5MWh/a consumption with 5kWp PV). The GoodWe 10k-ET also performed very well and is only 1.7 percentage points away from the best-placed system in the second reference case (10 MWh/a consumption with e-car and heat pump). Worth mentioning is that GoodWe has launched the upgraded version ET PLUS+ with greater performance, bringing values of high power generation and charging power for optimal energy harvest. Perfectly compatible with brand new high-voltage battery Lynx Home F Series, GoodWe’s introduces the one-stop-shop energy storage solution to the market.
The System Performance Index (SPI) determined by the HTW researchers is an economic index and indicates how much the tested storage system reduces electricity costs compared to an ideal storage system. The better the efficiency-related properties, such as conversion efficiencies, control speeds or standby consumption, the higher the cost savings achieved. The difference one point makes in terms of cost can be determined with a high degree of accuracy.
Another focus of the study is the design of PV storage systems. The simulations and analyses carried out show that sizing the PV system as well as the storage system according to demand is particularly important from an economic standpoint. The larger the PV system, the higher the spared CO2 emissions. Any suitable roof surface should be used to produce solar electricity in order to increase the degree of self-sufficiency and reduce CO2 emissions. The use of the two tested GoodWe hybrid inverters 5000-EH and 10k-ET and the installation of a simple PV storage system pays off for a homeowner not only in terms of CO2 emissions, but also financially, as they can break even within seven years. Based on rising energy prices, the payback period will shorten even further.
GoodWe Energy Storage Solutions
GoodWe has the widest range of storage products in the market, covering single-phase, three-phase, high voltage and low voltage batteries. GoodWe invests heavily in researching and developing storage solutions in different application scenarios. In countries where electricity prices are high, an increasing number of homeowners prefer to install hybrid inverters to maximize self-consumption. GoodWe’s back-up function ensures stable power supply for 24 hours in extreme weather conditions. In countries where the grid is unstable or in poor conditions, consumers are affected by power outages. GoodWe Hybrid systems are the best solution for a steady uninterrupted power supply for the residential and C&I segment.
- Optimized energy autonomy
- Smart and efficient operations
- Modern and compact design
- Highest safety standards
GoodWe ET PLUS+ Series, Three-phase Energy Storage Inverter
Smart optimization of energy autonomy across residential ecosystems
Operating at the heart of the integrated PV power and storage system, our ET Plus+ hybrid inverters are designed to maximize energy output, enhance self-consumption and facilitate back-up power. With intelligent load controls and wide battery voltage range, the set-up can be flexibly configurated to meet individual needs across the residential ecosystem. Combine with GoodWe battery system Lynx Home F for a safe and reliable energy storage solution.
Lynx Home F Series, High voltage battery
Safe and convenient HV battery system for PV power back-up and energy autonomy
Ideal for smart energy management and back-up optimization, high-voltage (HV) battery system Lynx Home F is a perfect match for residential solar systems. The stackable, self-detecting battery modules make the system especially easy to install, while the reliable lithium iron phosphate (LFP) battery cell technology ensures maximum safety. Lynx Home F offers a wide capacity range from 6.6 kWh to 16.4 kWh and is compatible with GoodWe BH/EH/BT/ET inverters.
GoodWe EH Series, Single-phase Energy Storage Inverter
The GoodWe EH Series is a single-phase, on-grid inverter that is designed to maximize self-consumption of PV energy. The EH is compatible with high voltage batteries to empower a flexible system design. As the core of reliable electricity supply, EH series can automatically realize the UPS-level switching to the back-up mode in less than 10 ms, ensuring that critical loads experience with no interruption. Being communicative by supporting multiple communication protocols, it allows for smart home integration and maximized system status transparency.
GoodWe is a world-leading PV inverter and energy storage systems manufacturer listed on the Shanghai Stock Exchange (Stock Code: 688390). The company has more than 3,000 employees located in 20 different countries and a team of over 600 engineers working at its R&D centers to continuously optimize and advance energy storage technology. GoodWe storage inverters were ranked No. 1 globally by Wood Mackenzie in 2020, with over 15% market share, and the company was ranked one of the world’s Top 10 inverter suppliers by IHS Markit. Having achieved over six consecutive TÜV Rheinland “All Quality Matters” awards and consistently being ranked at the top in terms of overall product quality, GoodWe’s comprehensive portfolio of products and solutions for residential, commercial, and utility-scale PV systems is guaranteed to deliver high performance and reliable quality across the board. For more information, please visit goodwe.com.