All In One Battery Energy Storage Systems
-
1MWh Liquid Cooling Industry Lithium Batteries Commercial BESS Container Energy Storage System
KEYFEATURES
Hybrid Power input integerated▶ Integrated hybrid solar inverter with both Solar Power and wind turbine access.
▶ Flexible setting Generator or Grid capacity,so that suitable to limitted power source input. (different capacity generators)
▶ Full power output up to +45℃ and continued operation up to +55°C lowers operating cost
Modular Scalable and ATS option
▶ Hot swapable facilitates MPPT controller and Battery modular design,easy to extand capacity and maintenan
▶ Wide input PV voltage range to reduce join box and cable cost.
▶ATS integearted for Hybrid application
Support grid/public utility or diesel generator as bypass input,On-Grid and Off-Grid
▶Built-In Diesel generator managing system
Optimize the DG to run at Max.efficiency.
-
OPzV solid state battery ALL IN ONE BATTERY ENERGY STORAGE SYSTEMS
Battery Energy Storage Station
Customized Product
OPzV solid state battery can be widely used in energy storage on the user side, peak shaving and frequency modulation on the power generation side and power grid side. The batteries are safe, reliable, environmentally friendly and will not cause secondary pollution. The old battery can be recycled. The price of raw materials is stable, the initial investment cost is low and the return on investment is high. OPzV battery has a longer life, with successful use cases of dozens of years.
-
Lithium ALL IN ONE BATTERY ENERGY STORAGE SYSTEMS
Apply first class storage batteries and PCS, the products are used in various scenarios such as industrial and commercial energy storage,
compatible with different system architectures such as grid-connected and off-grid, and match the mainstream EMS of the industry to help industrial and commercial users realize efficiency
management and power cost optimization, and improve the utilization rate of power distribution assets
Increase revenue: Solve the problem of abandonment of excess of wind & solar power
Peak load shifting, control charing and discharging process according to the set value and improve effectiveness of energy consumption
Reduce the maximum load power: reduce the investment in new transformer and distribution equipment and basic electricity costs
Power peak load shifting and peak-valley arbitrage
Reduce the cost of capacity expansion: solve the problem of transformer overload, replace the transformer capacity expansion plan, build a micro-grid, improve power supply reliability, and reduce electricity costs
Smooth the load curve to reduce the impact of load fluctuation on the power grid