215kWh/233kWh/249kWh Commercial Industrial Micro-grid Energy Storage LiFePO4 Lithium Battery Modular design liquid cooling

Features:

1. Boost power

Active and reactive power control can be realized to optimize power supply quality

2. Emergency backup

When the network is disconnected,it can be used as a black start emergency backup power supply support and off-grid switching,continuous power supply for external loads

3. Rapid operation

Flexible deployment,shorten the construction period Remote monitoring,convenient operation and maintenance

4. Reduce cost

Cut peak and fill valley to achieve peak and valley arbitrage

5. High security

Lithium iron phosphate battery,high safety,long life liquid cooling system equipped with perfluorohexanone electric box fire protection

6. Flexible capacity expansion

Supports rapid expansion,provid a variety of access schemes,supports 380V, 690V and other power grid access

7. Consume green electricity

Improve the ability to absorb green electricity on the spot and improve efficiency

8. High fit

Suitable for all AC loads or AC power generation equipment

9. Expandability

Can be connected to external equipment DC charging pile,DC photovoltaic DC load

SYSTEM ADVANTAGES:

1. The whole system is equipped with products

Explosion-proof fire fighting equipment

Explosion-proof ventilation pressure relief valve,explosion-proof CO detector explosion-proof temperature detector and explosion-proof smoke detector;Containerized products are specially equipped with an explosion-proof H2 detector to monitor the system environment 24/7

2. Electrical box module level fire protection

High security

The liquid cooling system is equipped with modular fire protection and equipped with American standard special perfluorhexanone fire extinguishing agent to fully meet the fire protection requirements of GB/T 42288-2022 electrochemical energy storage power station safety regulations

3. Microgrid control

Intelligent allocation of AC Intranet energy flow.

The intelligent algorithm EMS system can control the energy storage output and output accord ing to the actual situation of the AC Intranet to achieve the effect of anti-reverse flow and power following

4. Liquid cooling system

Improve battery efficiency.

The liquid cooling system improves the heat dissipation efficiency,reduces the power loss,and reduces the temperature difference of the battery cell.The temperature difference of the system is less than 4℃ at 0.5C,which increases the batt ery life of the whole lifecycle

5. Modular design

Flexible configuration.

lt is easy to apply and maintain,and can flexibly configure the capacity of savings units as needed.

Fearures & Advantages:

1. Modular design: Easy for transportation, Easy for installation, Easy for maintenance;

2. Flexible applications: PCS offers a variety of models, Configurable battery capacity, optional application scenarios;

3. Specialties: Virtual synchronous motor technology is more suitable for microgrid applications, Fast response speed, immediately support weak power grid, Supporting multiple off-grid drooping parallel

Security Systems:
The security system in the container, including sound and light, water immersion, smoke and other alarm systems, fire protection systems, temperature and humidity, access control, temperature control systems and monitoring systems, etc., the internal EMS conducts centralized monitoring and dispatching via dry contacts, RS485 and TCP/IP.

Product Specifications:

Applications:

	Application 1:PV Microgrid Through the mode of photovoltaic + energy storage, power supply can be realized in areas without electricity. When the photovoltaic is sufficient during the day, it can be used by the load, and the excess power is stored in the battery.When the photovoltaic is insufficient at night, the energy stored in the battery is released to the load to continue supplying power. It can solve the small power supply needs of remote areas, such as communication base stations, border posts, small villages, etc.
	Application 2:PV+Diesel Microgrid Through the combined operation of photovoltaic energy storage diesel engines, continuous power supply in areas without electricity and weak electricity can be realized.When the photovoltaic is sufficient during the day, it can be used by the load, and the excess power is stored in the battery. When the photovoltaic is insufficient at night, the stored electric energy of the battery is released to the load to continue supplying power.Under the diesel engine is working in standby mode, when the new energy generation is insufficient during the day or night, the diesel engine is started to supplement the power supply. It can solve the needs of medium-sized power supply in remote areas, such as islands, large villages, and factories in weak current areas.
	Application 3: Diesel replacement and optimized control The combined operation of energy storage diesel engines can achieve maximum efficiency utilization of diesel engines and solve the problem of diesel engine wear.When the load is large, the diesel engine and energy storage can operate together, and the energy storage can quickly respond to load jitter, so that the diesel engine can be kept in the best operating state.When the load is very small, the diesel engine stops working, and energy storage supplies power to the load, saving fuel. It can solve the large-cale power supply demand in weak current areas, construction sites, oil extraction rigs, large villages, etc.
	Application 4: Emergency power supply and backup power The energy storage system is connected to the original power system through a quick switch.When the mains power fails, it can quickly switch to the energy storage system to ensure the reliability of power supply. Moving the system to a place without electricity, through black start and virtual synchronous machine control can ensure emergency load power supply. It can solve temporary electricity demand, large-scale events, plant backup, transformer expansion, power supply reliability guarantee, etc.