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Overview of the plan

In industrial parks and commercial complexes, energy storage systems can be applied separately to reduce user electricity costs, alleviate power supply system pressure, improve emergency power supply capacity and electricity quality through peak electricity demand. They can also be combined with distributed new energy and charging piles, integrating artificial intelligence and big data analysis into energy management systems to create green, low-carbon, and zero carbon parks.

Advantages of the plan

peak load shifting

Large shopping malls, factories, parks and other places can use electricity during peak periods to save electricity costs;

battery management

By adopting advanced BMS management, accurate measurement of power and electricity in energy storage systems can be achieved;

Dynamic capacity increase

In situations where the original distribution capacity in industry and commerce is insufficient, using energy storage equipment to replace the peak transformer capacity can reduce the cost of transformer use;

Improve spontaneous self use rate

During the day, the electricity generated by photovoltaic modules is supplied to the load through a hybrid inverter or charged to the energy storage battery. At night, the stored energy of the battery is released according to the operation strategy, and the spontaneous self use rate of electricity can be effectively increased to 95%;

Peak valley regulation

By using a pre-set charging and discharging time strategy, the battery is charged when the electricity price is low, and the battery energy is released for load use when the electricity price is high. The hybrid inverter can flexibly control the storage and release of energy;

Uninterruptible power supply

When the power grid loses power, it can switch to standby mode in milliseconds to continuously supply power to devices such as refrigerators, routers, lighting fixtures, and computers;

System topology diagram