Distributed energy storage refers to dispersing energy storage equipment in multiple places for storing power and providing electricity support when needed. The centralized energy storage is to focus the energy storage equipment in one place, and distribute the stored power to the required place through the transmission network. Distributed energy storage can better adapt to changes in power demand and reduce energy loss on the transmission line. In addition, distributed energy storage can also improve the robustness and reliability of the system. In contrast, centralized energy storage can manage and maintain equipment more efficiently, and has a larger scale and energy storage capacity. Battery energy storage technology is an energy storage and adjustment technology that uses chemical reactions to be stored in the battery through chemical reactions, and then releases the energy supply. The main principle is to use chemical reactions to convert electrical energy into chemical energy, and to convert chemical energy back power when needed. The construction of energy storage is the same as new energy power generation. It has barriers, the requirements for funds, the requirements for land, and the requirements for local power infrastructure. As an independent energy storage power station, even if there is no ability to judge the specific point of the peak valley price difference on the day, you can also rent it to new energy developers in need. How much is some customers consult the energy storage integration system? Today, Haileienergy introduced the price of storage energy integration systems for everyone.

Product brand: haileienergy

Battery type: lithium iron phosphate battery

Maximum output power: 150kW

Battery cluster specification: 691V280AH

Battery Equal Fixed Voltage: 691V

Battery leveling capacity: 280Ah

Battery Equal Electricity: 193kWh

Rated grid voltage: AC380V

Power grid frequency range: 50/60Hz

Power factor: 0.99 (lag) ~ 0.99 (advance)

System maximum power:> 88%does not contain transformers

Charging and discharge conversion time: <200ms

Correspondence: Ethernet, RS485, CAN

Noise: <70db

Environmental temperature: -10 ~ 45 ℃

Allow relative humidity: RH0 ~ 95%

Allow altitude: 3000M

Cost of energy storage integration system: about 370,000