100kW/215kWh All-in-one Battery cabinet Solar & ESS

Grid-connected AC coupling applications are suitable for the following situations:

1. The customer already has a photovoltaic system (PV+ photovoltaic grid-connected inverter);
2. Customers need storage for power backup, peak load shifting, photovoltaic consumption, or demand regulation;
3. The system does not allow off-grid operation, and the system requires anti-islanding and anti-backflow functions. At this time, the AC side of the energy storage system is connected to the grid-connected distribution cabinet, and then connected to the grid through the grid-connected distribution cabinet.

Application environment requirements

The normal working environment of the system should meet the following requirements:

1. Working environment temperature: -20℃~50℃.
2. Relative humidity ≤90%RH, no condensation on live parts.
3. Altitude ≤ 2000m, when exceeding the altitude, the system will be derated.
4. The air should not contain dust and conductive, corrosive, or explosive particles and gases that may affect normal work;
5. No vibration or shock, vertical inclination ≤5°.
6. Other areas with extreme temperatures (such as extreme cold or extreme heat) and marine climates (such as islands) are not within the scope of use of this product.

Feature

• Standard modulation, plug and play, flexible capacity configuration;
• Highly integrated, small footprint, and high energy density per unit volume;
• Advanced BMS control system ensures battery safety and maximizes available capacity;
• The bidirectional inverter is compatible with multiple standard communication interfaces such as Ethernet and RS485, and has high adaptability;
• Equipped with an energy storage operation and maintenance platform, maintenance is efficient and convenient, improving customer satisfaction;
• Equipped with an intelligent cloud platform to realize data monitoring and data analysis throughout the product life cycle;
• Independently develop EMS control system to achieve intelligent energy scheduling and optimal distribution.

HCIESS2107 PV energy storage All-in-one Cabinet includes PCS bidirectional energy storage converter module, STS static switch, DC/DC, battery system, BMS control system, LC man-machine interface, fire protection system, air conditioning system, auxiliary power supply and other energy storage integrated cabinet systems. The bidirectional energy storage converter can charge and discharge the built-in battery system.

STS static switching switch is placed between the power grid and the battery system to ensure that the system can quickly cut off the connection between the power grid and the energy storage system when the power grid loses power, and at the same time quickly switch the off-grid mode signal to the battery system. The corresponding process is completed within 20ms, so that critical AC loads do not lose power.

The DC/DC will charge the photovoltaic power to the battery, and the extra electricity is supplied to the load through the converter.

No.	Type	Parameters	Parameter Value
1	DC side parameters	Cell Type	LFP 3.2V/280Ah
2	System parameters	Rated Capacity	215KWh
3		System Configuration	1P15S
4		Rated voltage	768 V
5		Discharge Depth	90% DOD
6		System efficiency	≥85% 0.5 CP
7	Operating temperature	Charging temperature	0~40℃
		Discharge temperature	-10~40℃
8		Relative humidity	5%~90%RH No condensation
9		altitude	＜2000m
10		Protection level	IP54
11		cooling method	Internal air conditioning with independent temperature control
12		Fire Fighting System	Perfluorohexanone
13		communication method	Ethernet
14		Dimensions (width*height*depth)	1600×2254×1103mm
15		weight	2.5T