Jichai New Energy Green Equipment Products

2025/05/16 13:42

Container energy storage system

It can be seen in large-scale centralized photovoltaic wind power, distributed photovoltaic wind power sites, as well as power auxiliary services, peak valley arbitrage, power capacity expansion and other fields.


Container energy storage system It can be seen in large-scale centralized photovoltaic wind power, distributed photovoltaic wind power sites, as well as power auxiliary services, peak valley arbitrage, power capacity expansion and other fields. The single compartment capacity of its air-cooled battery compartment can reach 1.5-3.35 MWH, and the single compartment capacity of its liquid cooling system can reach 2-6 MWH. It can flexibly adapt to 0.25-1C charge and discharge rate requirements, support multiple voltage levels, and adapt to multiple power levels of PCS equipment, easily achieving peak shaving, valley filling, smooth output, dynamic capacity expansion and other functions. It operates in perfect coordination with photovoltaic and wind power systems, providing strong guarantees for stable energy supply. Industrial and commercial household external cabinet Known for its high integration and safety, lithium iron phosphate batteries BMS、 Energy storage inverter EMS、 The integration of many key components such as off grid switching units and distribution units has achieved a deep integration of the "3S" system, customized thermal management, and fire protection system. The battery pack cabinet is designed with three-level pressure relief and an intelligent BMS system, which has multiple protection functions such as overheating, overcurrent, and four level short circuit, comprehensively safeguarding the safety of the energy storage system. It not only reduces the cost of electricity for enterprises, but also stabilizes the voltage and frequency of the power grid. It is widely used in various scenarios such as factories and shopping malls, and is a powerful assistant for energy management in industry and commerce. Mobile energy storage system for drilling The appearance can be customized according to different application needs. It has the dual mode capability of grid connected and off grid operation. When connected to the grid, it can charge and discharge the energy storage system, and when off grid, it can supply power to external loads and support black start. In the face of complex and high load conditions on drilling sites, such as high-speed lifting vehicles, it can also easily cope with and provide stable power supply, providing a reliable mobile power supply solution for electric drilling rig drilling, well repair and other operational scenarios. Hybrid microgrid system It consists of a generator set driven by an internal combustion engine, an energy storage battery pack, a supercapacitor, and a control system working together. At peak load, electrochemical energy storage units, supercapacitor energy storage units, and generator sets work together to meet high energy consumption requirements; During peak load conditions, the generator set not only supplies power to the load, but also charges the energy storage unit, ensuring that the generator set always operates in an efficient and fuel-efficient load rate range, effectively improving energy utilization and achieving precise energy allocation. Vanadium Liquid Flow Energy Storage System Equipped with strong safety performance and energy storage capabilities, it provides long-term stable power support for loads and eliminates long-term electricity anxiety caused by new energy storage. Its inherent safety features, coupled with high-performance fuel cell stacks, internal and external battery sealing technology, leakage detectors, and intelligent temperature control systems, can meet the temperature range of minus 20 degrees Celsius to 55 degrees Celsius, as well as areas with altitudes below 2000 meters and harsh environments in deserts and polar regions. It can achieve long-term energy storage needs of more than 4 hours, with a comprehensive efficiency of over 70%. In scenarios such as grid side peak shaving and frequency regulation, industrial and commercial "peak shaving and valley filling", and remote microgrid power supply, it can release powerful energy like Nezha's "Nine Dragon Divine Fire Hood" and play a key role.


The single compartment capacity of its air-cooled battery compartment can reach 1.5-3.35 MWH, and the single compartment capacity of its liquid cooling system can reach 2-6 MWH. It can flexibly adapt to 0.25-1C charge and discharge rate requirements, support multiple voltage levels, and adapt to multiple power levels of PCS equipment, easily achieving peak shaving, valley filling, smooth output, dynamic capacity expansion and other functions. It operates in perfect coordination with photovoltaic and wind power systems, providing strong guarantees for stable energy supply.

Industrial and commercial household external cabinet

Known for its high integration and safety, lithium iron phosphate batteries BMS、 Energy storage inverter EMS、 The integration of many key components such as off grid switching units and distribution units has achieved a deep integration of the "3S" system, customized thermal management, and fire protection system.


Container energy storage system It can be seen in large-scale centralized photovoltaic wind power, distributed photovoltaic wind power sites, as well as power auxiliary services, peak valley arbitrage, power capacity expansion and other fields. The single compartment capacity of its air-cooled battery compartment can reach 1.5-3.35 MWH, and the single compartment capacity of its liquid cooling system can reach 2-6 MWH. It can flexibly adapt to 0.25-1C charge and discharge rate requirements, support multiple voltage levels, and adapt to multiple power levels of PCS equipment, easily achieving peak shaving, valley filling, smooth output, dynamic capacity expansion and other functions. It operates in perfect coordination with photovoltaic and wind power systems, providing strong guarantees for stable energy supply. Industrial and commercial household external cabinet Known for its high integration and safety, lithium iron phosphate batteries BMS、 Energy storage inverter EMS、 The integration of many key components such as off grid switching units and distribution units has achieved a deep integration of the "3S" system, customized thermal management, and fire protection system. The battery pack cabinet is designed with three-level pressure relief and an intelligent BMS system, which has multiple protection functions such as overheating, overcurrent, and four level short circuit, comprehensively safeguarding the safety of the energy storage system. It not only reduces the cost of electricity for enterprises, but also stabilizes the voltage and frequency of the power grid. It is widely used in various scenarios such as factories and shopping malls, and is a powerful assistant for energy management in industry and commerce. Mobile energy storage system for drilling The appearance can be customized according to different application needs. It has the dual mode capability of grid connected and off grid operation. When connected to the grid, it can charge and discharge the energy storage system, and when off grid, it can supply power to external loads and support black start. In the face of complex and high load conditions on drilling sites, such as high-speed lifting vehicles, it can also easily cope with and provide stable power supply, providing a reliable mobile power supply solution for electric drilling rig drilling, well repair and other operational scenarios. Hybrid microgrid system It consists of a generator set driven by an internal combustion engine, an energy storage battery pack, a supercapacitor, and a control system working together. At peak load, electrochemical energy storage units, supercapacitor energy storage units, and generator sets work together to meet high energy consumption requirements; During peak load conditions, the generator set not only supplies power to the load, but also charges the energy storage unit, ensuring that the generator set always operates in an efficient and fuel-efficient load rate range, effectively improving energy utilization and achieving precise energy allocation. Vanadium Liquid Flow Energy Storage System Equipped with strong safety performance and energy storage capabilities, it provides long-term stable power support for loads and eliminates long-term electricity anxiety caused by new energy storage. Its inherent safety features, coupled with high-performance fuel cell stacks, internal and external battery sealing technology, leakage detectors, and intelligent temperature control systems, can meet the temperature range of minus 20 degrees Celsius to 55 degrees Celsius, as well as areas with altitudes below 2000 meters and harsh environments in deserts and polar regions. It can achieve long-term energy storage needs of more than 4 hours, with a comprehensive efficiency of over 70%. In scenarios such as grid side peak shaving and frequency regulation, industrial and commercial "peak shaving and valley filling", and remote microgrid power supply, it can release powerful energy like Nezha's "Nine Dragon Divine Fire Hood" and play a key role.


The battery pack cabinet is designed with three-level pressure relief and an intelligent BMS system, which has multiple protection functions such as overheating, overcurrent, and four level short circuit, comprehensively safeguarding the safety of the energy storage system. It not only reduces the cost of electricity for enterprises, but also stabilizes the voltage and frequency of the power grid. It is widely used in various scenarios such as factories and shopping malls, and is a powerful assistant for energy management in industry and commerce.

Mobile energy storage system for drilling

The appearance can be customized according to different application needs. It has the dual mode capability of grid connected and off grid operation. When connected to the grid, it can charge and discharge the energy storage system, and when off grid, it can supply power to external loads and support black start.


Container energy storage system It can be seen in large-scale centralized photovoltaic wind power, distributed photovoltaic wind power sites, as well as power auxiliary services, peak valley arbitrage, power capacity expansion and other fields. The single compartment capacity of its air-cooled battery compartment can reach 1.5-3.35 MWH, and the single compartment capacity of its liquid cooling system can reach 2-6 MWH. It can flexibly adapt to 0.25-1C charge and discharge rate requirements, support multiple voltage levels, and adapt to multiple power levels of PCS equipment, easily achieving peak shaving, valley filling, smooth output, dynamic capacity expansion and other functions. It operates in perfect coordination with photovoltaic and wind power systems, providing strong guarantees for stable energy supply. Industrial and commercial household external cabinet Known for its high integration and safety, lithium iron phosphate batteries BMS、 Energy storage inverter EMS、 The integration of many key components such as off grid switching units and distribution units has achieved a deep integration of the "3S" system, customized thermal management, and fire protection system. The battery pack cabinet is designed with three-level pressure relief and an intelligent BMS system, which has multiple protection functions such as overheating, overcurrent, and four level short circuit, comprehensively safeguarding the safety of the energy storage system. It not only reduces the cost of electricity for enterprises, but also stabilizes the voltage and frequency of the power grid. It is widely used in various scenarios such as factories and shopping malls, and is a powerful assistant for energy management in industry and commerce. Mobile energy storage system for drilling The appearance can be customized according to different application needs. It has the dual mode capability of grid connected and off grid operation. When connected to the grid, it can charge and discharge the energy storage system, and when off grid, it can supply power to external loads and support black start. In the face of complex and high load conditions on drilling sites, such as high-speed lifting vehicles, it can also easily cope with and provide stable power supply, providing a reliable mobile power supply solution for electric drilling rig drilling, well repair and other operational scenarios. Hybrid microgrid system It consists of a generator set driven by an internal combustion engine, an energy storage battery pack, a supercapacitor, and a control system working together. At peak load, electrochemical energy storage units, supercapacitor energy storage units, and generator sets work together to meet high energy consumption requirements; During peak load conditions, the generator set not only supplies power to the load, but also charges the energy storage unit, ensuring that the generator set always operates in an efficient and fuel-efficient load rate range, effectively improving energy utilization and achieving precise energy allocation. Vanadium Liquid Flow Energy Storage System Equipped with strong safety performance and energy storage capabilities, it provides long-term stable power support for loads and eliminates long-term electricity anxiety caused by new energy storage. Its inherent safety features, coupled with high-performance fuel cell stacks, internal and external battery sealing technology, leakage detectors, and intelligent temperature control systems, can meet the temperature range of minus 20 degrees Celsius to 55 degrees Celsius, as well as areas with altitudes below 2000 meters and harsh environments in deserts and polar regions. It can achieve long-term energy storage needs of more than 4 hours, with a comprehensive efficiency of over 70%. In scenarios such as grid side peak shaving and frequency regulation, industrial and commercial "peak shaving and valley filling", and remote microgrid power supply, it can release powerful energy like Nezha's "Nine Dragon Divine Fire Hood" and play a key role.


In the face of complex and high load conditions on drilling sites, such as high-speed lifting vehicles, it can also easily cope with and provide stable power supply, providing a reliable mobile power supply solution for electric drilling rig drilling, well repair and other operational scenarios.

Hybrid microgrid system

It consists of a generator set driven by an internal combustion engine, an energy storage battery pack, a supercapacitor, and a control system working together. At peak load, electrochemical energy storage units, supercapacitor energy storage units, and generator sets work together to meet high energy consumption requirements; During peak load conditions, the generator set not only supplies power to the load, but also charges the energy storage unit, ensuring that the generator set always operates in an efficient and fuel-efficient load rate range, effectively improving energy utilization and achieving precise energy allocation.

Container energy storage system It can be seen in large-scale centralized photovoltaic wind power, distributed photovoltaic wind power sites, as well as power auxiliary services, peak valley arbitrage, power capacity expansion and other fields. The single compartment capacity of its air-cooled battery compartment can reach 1.5-3.35 MWH, and the single compartment capacity of its liquid cooling system can reach 2-6 MWH. It can flexibly adapt to 0.25-1C charge and discharge rate requirements, support multiple voltage levels, and adapt to multiple power levels of PCS equipment, easily achieving peak shaving, valley filling, smooth output, dynamic capacity expansion and other functions. It operates in perfect coordination with photovoltaic and wind power systems, providing strong guarantees for stable energy supply. Industrial and commercial household external cabinet Known for its high integration and safety, lithium iron phosphate batteries BMS、 Energy storage inverter EMS、 The integration of many key components such as off grid switching units and distribution units has achieved a deep integration of the "3S" system, customized thermal management, and fire protection system. The battery pack cabinet is designed with three-level pressure relief and an intelligent BMS system, which has multiple protection functions such as overheating, overcurrent, and four level short circuit, comprehensively safeguarding the safety of the energy storage system. It not only reduces the cost of electricity for enterprises, but also stabilizes the voltage and frequency of the power grid. It is widely used in various scenarios such as factories and shopping malls, and is a powerful assistant for energy management in industry and commerce. Mobile energy storage system for drilling The appearance can be customized according to different application needs. It has the dual mode capability of grid connected and off grid operation. When connected to the grid, it can charge and discharge the energy storage system, and when off grid, it can supply power to external loads and support black start. In the face of complex and high load conditions on drilling sites, such as high-speed lifting vehicles, it can also easily cope with and provide stable power supply, providing a reliable mobile power supply solution for electric drilling rig drilling, well repair and other operational scenarios. Hybrid microgrid system It consists of a generator set driven by an internal combustion engine, an energy storage battery pack, a supercapacitor, and a control system working together. At peak load, electrochemical energy storage units, supercapacitor energy storage units, and generator sets work together to meet high energy consumption requirements; During peak load conditions, the generator set not only supplies power to the load, but also charges the energy storage unit, ensuring that the generator set always operates in an efficient and fuel-efficient load rate range, effectively improving energy utilization and achieving precise energy allocation. Vanadium Liquid Flow Energy Storage System Equipped with strong safety performance and energy storage capabilities, it provides long-term stable power support for loads and eliminates long-term electricity anxiety caused by new energy storage. Its inherent safety features, coupled with high-performance fuel cell stacks, internal and external battery sealing technology, leakage detectors, and intelligent temperature control systems, can meet the temperature range of minus 20 degrees Celsius to 55 degrees Celsius, as well as areas with altitudes below 2000 meters and harsh environments in deserts and polar regions. It can achieve long-term energy storage needs of more than 4 hours, with a comprehensive efficiency of over 70%. In scenarios such as grid side peak shaving and frequency regulation, industrial and commercial "peak shaving and valley filling", and remote microgrid power supply, it can release powerful energy like Nezha's "Nine Dragon Divine Fire Hood" and play a key role.

Vanadium Liquid Flow Energy Storage System

Equipped with strong safety performance and energy storage capabilities, it provides long-term stable power support for loads and eliminates long-term electricity anxiety caused by new energy storage.

Container energy storage system It can be seen in large-scale centralized photovoltaic wind power, distributed photovoltaic wind power sites, as well as power auxiliary services, peak valley arbitrage, power capacity expansion and other fields. The single compartment capacity of its air-cooled battery compartment can reach 1.5-3.35 MWH, and the single compartment capacity of its liquid cooling system can reach 2-6 MWH. It can flexibly adapt to 0.25-1C charge and discharge rate requirements, support multiple voltage levels, and adapt to multiple power levels of PCS equipment, easily achieving peak shaving, valley filling, smooth output, dynamic capacity expansion and other functions. It operates in perfect coordination with photovoltaic and wind power systems, providing strong guarantees for stable energy supply. Industrial and commercial household external cabinet Known for its high integration and safety, lithium iron phosphate batteries BMS、 Energy storage inverter EMS、 The integration of many key components such as off grid switching units and distribution units has achieved a deep integration of the "3S" system, customized thermal management, and fire protection system. The battery pack cabinet is designed with three-level pressure relief and an intelligent BMS system, which has multiple protection functions such as overheating, overcurrent, and four level short circuit, comprehensively safeguarding the safety of the energy storage system. It not only reduces the cost of electricity for enterprises, but also stabilizes the voltage and frequency of the power grid. It is widely used in various scenarios such as factories and shopping malls, and is a powerful assistant for energy management in industry and commerce. Mobile energy storage system for drilling The appearance can be customized according to different application needs. It has the dual mode capability of grid connected and off grid operation. When connected to the grid, it can charge and discharge the energy storage system, and when off grid, it can supply power to external loads and support black start. In the face of complex and high load conditions on drilling sites, such as high-speed lifting vehicles, it can also easily cope with and provide stable power supply, providing a reliable mobile power supply solution for electric drilling rig drilling, well repair and other operational scenarios. Hybrid microgrid system It consists of a generator set driven by an internal combustion engine, an energy storage battery pack, a supercapacitor, and a control system working together. At peak load, electrochemical energy storage units, supercapacitor energy storage units, and generator sets work together to meet high energy consumption requirements; During peak load conditions, the generator set not only supplies power to the load, but also charges the energy storage unit, ensuring that the generator set always operates in an efficient and fuel-efficient load rate range, effectively improving energy utilization and achieving precise energy allocation. Vanadium Liquid Flow Energy Storage System Equipped with strong safety performance and energy storage capabilities, it provides long-term stable power support for loads and eliminates long-term electricity anxiety caused by new energy storage. Its inherent safety features, coupled with high-performance fuel cell stacks, internal and external battery sealing technology, leakage detectors, and intelligent temperature control systems, can meet the temperature range of minus 20 degrees Celsius to 55 degrees Celsius, as well as areas with altitudes below 2000 meters and harsh environments in deserts and polar regions. It can achieve long-term energy storage needs of more than 4 hours, with a comprehensive efficiency of over 70%. In scenarios such as grid side peak shaving and frequency regulation, industrial and commercial "peak shaving and valley filling", and remote microgrid power supply, it can release powerful energy like Nezha's "Nine Dragon Divine Fire Hood" and play a key role.

Its inherent safety features, coupled with high-performance fuel cell stacks, internal and external battery sealing technology, leakage detectors, and intelligent temperature control systems, can meet the temperature range of minus 20 degrees Celsius to 55 degrees Celsius, as well as areas with altitudes below 2000 meters and harsh environments in deserts and polar regions. It can achieve long-term energy storage needs of more than 4 hours, with a comprehensive efficiency of over 70%. In scenarios such as grid side peak shaving and frequency regulation, industrial and commercial "peak shaving and valley filling", and remote microgrid power supply, it can release powerful energy like Nezha's "Nine Dragon Divine Fire Hood" and play a key role.