Project: Royal Thai Airforce Storage Project
Installed capacity: 1.9MW , 2.7MWh
Product: Growatt PCS100
The project is solar hybrid application with 19 sites in total, 1.9MW. 2.7MWh in capacity, covering Airforce bases across Thailand to provide energy shifting function and back-up function. System maximizes the self-consumption of solar energy, and supports the load by up to 1 hour when grid fails due to unstable supply in rural area.
Project: ACME India Factory Storage System
Installed capacity: 500kWh
Product: ATESS PCS500
National Grid of India is not stable, even in urban area grid failure occurs frequently, most of the factories and offices are with backup diesel generator which is costly in maintenance and fuel consumption. the 500kW battery energy storage system with ATESS 500kW battery inverter, bypass cabinet, isolating transformer and LG battery was designed to support consumption of office and production line during grid failure, and minimize the usage of DG, at the same time runs as a test site for future grid regulation application.
Project: Sierra Leone Solar Hybrid System
Installed capacity: 120kW, 400kWh
Product: Growatt PCS500
Sierra Leone is located on the Atlantic coast of West Africa, the countryis still under recovering from civil war during which most infrastructureswere destroyed, power quality and availability are extremely low,nationwide only 13% average population is covered by power. The containerized 120kW, 400kWh solar battery hybrid system works as a microgrid to support local office, 2 years in operation, the local office building has been running steadily with 24*7 supply from renewable energy.
Project: Central America Storage System
Installed capacity: 100kW , 200kWh
Product: Growatt PCS100
Located in Jamaica, the 100kW, 200kWh hybrid system is designed for load leveling, with limited grid capacity, during peak time, local factory will be running on extra cost, by adding battery storage system, the battery can be charged at night when factory is not running, and discharge at peak time to compensate grid, this can utilize low electricity price and eliminate additional consumption charge as well
Project: Argentina Solar Hybrid Plant
Installed capacity: 100kW,200kWh
Product: Growatt HPS100
Located in South America, the 100kW, 200kWh solar storage system was installed to provide supply to a local warehouse, previously the site was powered by a DG during grid failure,fuel consumption is high, and DG starting takes time,by adding solar storage system, most of the local consumption can be fulfilled by solar energy, moreover, during grid failure, the storage battery can provide power in off-grid mode seamlessly instead of turning on the DG. By adding the solar storage system, electricity bill of the site, as well as usage of DG were reduced significantly.
Project: Durban Storage System
Installed capacity: 50kW ,150kWh |
Product: Growatt PCS50
Located in South Africa, 50kW, 150kWh in capacity, the system is a battery storage systemserving as an uninterruptable power supply, with the bypass cabinet along PCS50 battery inverter, the system can realize seamless on/off grid switching within 10ms, which can provide guaranteed stable power supply.
Project: Kashgar, Xinjiang,China
Installed capacity: 20 MW + 400 kW/1006 kWh
Product: SC500TL, lithium batteries
The DC side energy storage system solution provided by SUNGROW for Kashgar, Xinjiang (China) is reputed as “terminator of power generation limitation”. It is a DC bus side parallel energy storage system of PV assemblies and PV inverters without the need to change the existing AC system configuration in the PV power station. This energy storage system can store the PV power exceeding the limit power in batteries, and the stored power can be supplied with the grid is slightly idle by one charge and discharge cycle a day, thus thoroughly solving the problem of power generation limitation. This energy storage system can also substantially improve the accuracy of PV power prediction with flexible control of the PV power station output power, making the station smarter and the grid more friendly.