Energy Storage System Projects & Case Studies
PCEnerSys specializes in lithium-ion battery solutions for energy storage systems (ESS), with in-house technologies including LiFePO₄ cells, BMS, modules, and system integration. We offer a full range of products from residential batteries to commercial and industrial ESS, supporting applications such as peak shaving, backup power, and microgrid systems. Our solutions are compatible with a wide range of mainstream inverters and energy storage systems, helping users optimize energy use and reduce electricity costs. Committed to clean energy development, PCEnerSys delivers reliable and high-performance ESS solutions worldwide.
2000kWh Containerized C&I Battery Energy Storage System
Energy Storage Capacity: 2000kW PCS
Location: Ukraine
This 2000kWh containerized C&I Battery Energy Storage System (BESS) deployed in Ukraine is designed for photovoltaic power station applications, enabling efficient solar energy storage and flexible power management. It helps maximize PV utilization, reduce renewable energy waste, and provide stable and reliable energy supply for solar power systems.
Commercial&Industrial Energy Storage System Air-Cooled 125KW/253KWh
Energy Storage Capacity: 125kW/253kWh
Location: Ukraine
This 125kW/253kWh air-cooled Commercial and Industrial Energy Storage System deployed in Ukraine is designed for large-scale photovoltaic power station applications, providing efficient solar energy storage and flexible energy management. It helps maximize PV utilization, reduce energy waste, and improve the stability and reliability of solar power systems.
10kwh Solar Energy Storage System
PCEnerSys battery:1pcs 10kwh
Victron inverter: 1 pcs 5kw
Location: Germany, Europe
This 10kWh solar energy storage system installed in Germany integrates a PCENERSYS lithium battery with a Victron 5kW inverter, delivering efficient energy management and reliable performance for residential applications. It helps optimize solar self-consumption while providing stable backup power for daily use.
20kwh Solar Energy Storage System
PCEnerSys battery: 2pcs 10kwh
Deye inverter: 1 pcs 10kw
Location: Denmark, Europe
This 20kWh solar energy storage system installed in Denmark integrates two PCENERSYS lithium batteries with a Deye 10kW inverter, delivering efficient energy management and reliable performance for residential applications. It enhances solar self-consumption while ensuring stable backup power for daily electricity needs.
10kwh Solar Energy Storage System
PCEnerSys battery: 2 pcs 5kwh
Deye inverter: 1 pcs 5kw
Location: Poland, Europe
This 10kWh solar energy storage system installed in Poland integrates two PCENERSYS lithium batteries with a Deye 5kW inverter, delivering efficient energy management and reliable performance for residential applications. It improves solar self-consumption while ensuring stable backup power for everyday electricity needs.
10kwh Solar Energy Storage System
PCEnerSys battery:1pcs 10kwh
Goodwe inverter: 1 pcs 5kw
Location: Dubai, Middle East
This 10kWh solar energy storage system installed in Dubai integrates a PCENERSYS lithium battery with a GoodWe 5kW inverter, delivering efficient energy management and reliable performance for residential applications. It enhances solar self-consumption while providing stable backup power for daily electricity needs in the Middle East climate.
30kwh Solar Energy Storage System
PCEnerSys battery: 3pcs 10kwh
PowMr inverter: 3 pcs 5kw
Location: Cape Town, South Africa
This 30kWh solar energy storage system installed in Cape Town integrates three PCENERSYS lithium batteries with PowMr inverters, delivering efficient energy management and reliable performance for residential applications. It enhances solar self-consumption while providing stable backup power to support daily electricity needs in South Africa.
20kwh Solar Energy Storage System
PCEnerSys battery: 4 pcs 5kwh
Growatt inverter: 4 pcs 5kw
Location: Philippines, Asia
This 20kWh solar energy storage system installed in the Philippines integrates four PCENERSYS lithium batteries with Growatt inverters, delivering efficient energy management and reliable performance for residential applications. It enhances solar self-consumption while providing stable backup power for daily electricity needs in tropical conditions.
500kW/1044kWh Liquid-cooled energy storage system for PV system
Energy storage system: 500kW/1044kWh
Location: Europe
This 500kW/1044kWh liquid-cooled energy storage system deployed in Europe is designed for PV applications, delivering efficient energy management and stable system performance. It supports peak shaving, improved solar utilization, and reliable power supply for commercial and industrial energy storage needs.
100kW/233kWh energy storage system for commercial building
Energy Storage Capacity: 500kW/1165kWh
Location: Europe
This 125kW/232kWh energy storage system deployed in China is designed for commercial building applications, delivering efficient energy management and stable system performance. It supports peak shaving, optimized energy usage, and reliable power supply for daily commercial operations.
500kW power conversion system (PCS) for industrial park
Energy Storage Capacity: 500kW PCS
Location: Ukrain, Europe
This 500kW power conversion system (PCS) deployed in China is designed for industrial park applications, delivering efficient power conversion and stable system performance. It supports flexible energy management, improved power quality, and reliable operation for large-scale industrial energy systems.
105KWH High Voltage LiFePO4 Battery System
Energy Storage Capacity: 105kWh 51.2V 300Ah
Location: China
This 105kWh High Voltage LiFePO₄ Battery System is designed for residential and small commercial energy storage applications, delivering efficient energy management and stable system performance. It supports solar self-consumption, optimized energy usage, and reliable backup power supply for daily household and light commercial operations.
80KWH High Voltage LiFePO4 Battery System
Energy Storage Capacity: 80kWH ESS
Location: Romania, Europe
This 80kWh High Voltage LiFePO₄ Battery System is designed for residential and small commercial energy storage applications, delivering efficient energy management and stable system performance. It supports solar self-consumption, optimized energy usage, and reliable backup power supply for daily household and light commercial operations.
120KWH High Voltage LiFePO4 Battery System
Energy Storage Capacity: 120KWH
Location: Iraq, Asia
This 120kWh High Voltage LiFePO₄ Battery System is designed for commercial and industrial energy storage applications, delivering flexible configuration and reliable system performance. It supports customizable battery expansion and is compatible with a wide range of mainstream inverters, enabling optimized energy management, improved system scalability, and stable power supply for diverse C&I scenarios.
100KWH High Voltage LiFePO4 Battery System
Energy Storage Capacity: 100kWH
Location: Sriya, Asia
This 100kWh High Voltage LiFePO₄ Battery System is designed for commercial and industrial energy storage applications, delivering flexible configuration and reliable system performance. It supports customizable battery expansion and is compatible with a wide range of mainstream inverters, enabling optimized energy management, improved system scalability, and stable power supply for diverse C&I scenarios.
60KWH High Voltage LiFePO4 Battery System
Energy Storage Capacity: 60KWH
Location: Iraq, Asia
This 60kWh High Voltage LiFePO₄ Battery System is designed for commercial and industrial energy storage applications, delivering flexible configuration and reliable system performance. It supports customizable battery expansion and is compatible with a wide range of mainstream inverters, enabling optimized energy management, improved system scalability, and stable power supply for diverse C&I scenarios.
Commercial&Industrial Energy Storage System Air-Cooled 125KW/253KWh
Energy Storage Capacity: 125KW/253KWh
Location: Ukraine
This 125kW/253kWh air-cooled energy storage system is deployed at a large farm in Ukraine to address insufficient peak power capacity during high-demand periods. By storing energy and providing additional power when demand peaks, the system helps reduce grid pressure, improve power availability, and ensure stable operation of high-load agricultural equipment.
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Office Address: 701, Building A, Yonghuayuan Business Building, Baotian 2nd Road, Chentian Community, Xixiang Street, Bao'an District, Shenzhen, Guangdong Province, China
Factory Address 1: Room 701, Building 2, Kegu Industrial Park, Zone B, Jian'an Road, No. 790, Chang'an Town, Dongguan City, Guangdong Province, China
Factory Address 2: Building 7, Phase II Standardized Factory, Innovation Industrial Park, Duji Economic Development Zone, Huaibei City, Anhui Province, China