100kw Energy Storage System Cabinet

• Customization: Available
• Warranty: Executed in Accordance with The Business Agreement
• Rated Capacity: 215kwh
• Model NO.: FD/CN-100kW/215kWh-E
• Rated Voltage: AC400V
• Battery Voltage Range: DC580~1000V
• Rated Output Current: 145A
• Maximum Output Current: 174A
• Weight: Less Than 2.5t
• Transport Package: Wooden Case
• Specification: 1000 (width) * 1450 (depth) * 2500 (height) mm
• Trademark: Fullde
• Origin: China
• HS Code: 8504402000
• Production Capacity: 20sets/Month

Product Description

Company Profile

Fullde Industrial and Commercial Energy Storage is an integrated energy storage system designed for industrial and commercial scenarios. It usually integrates energy storage batteries, battery management systems (BMS), energy management systems (EMS), power conversion systems (PCS), and temperature control/fire protection modules into one, with the characteristics of rapid deployment, intelligent management, and efficient charging and discharging. Its core goal is to optimize energy efficiency, reduce electricity costs, and support renewable energy consumption by storing electrical energy.
 

Main application Scenarios

1. Peak to Valley Price Differential(Electricity price arbitrage)

• Scenario: Industrial and commercial users take advantage of the difference between electricity prices, charge when prices are low and discharge when prices are high, thus reducing electricity expenses.

• Typical users: Factories, data centers, shopping malls, office buildings and other places with high power consumption.

2. Backup Power Supply(Emergency power supply)

• Scenario: Replace diesel generators to provide short-term power guarantee when the power grid is out of power, and support the operation of key equipment.
• Typical users: Hospitals, semiconductor factories, cold chain warehouses and other places with high requirements for power supply continuity.

3. Photovoltaic and energy storage integration (photovoltaic + energy storage)

• Scenario: Combined with the rooftop photovoltaic system, it can store excess photovoltaic power during the day for use at night and increase the self-generation and self-use rate.
• Advantages: Reduce dependence on the power grid, reduce carbon emissions, and is suitable for distributed photovoltaic scenarios such as industrial parks and logistics centers.

4. Demand Response(Participating in grid regulation)

• Scenario: Respond to the peak-shaving demand of the power grid, relieve the pressure of the power grid through the discharge of the energy storage system, and obtain subsidies or benefits.
• Policy support: The virtual power plant (VPP) mechanism in some regions allows industrial and commercial energy storage to participate in power market transactions.

5. Microgrid/off-grid power supply

• Scenario: In remote areas or islands, a microgrid is formed with photovoltaic/wind power to provide stable power.
• Case: Mines, island resorts, and factories without grid coverage.

6. Electric vehicle charging station support

• Scenario: As an energy storage buffer for charging piles, it avoids the impact of high-power charging on the grid and reduces the cost of capacity expansion.
• Typical scenarios: centralized charging stations in highway service areas and logistics parks.

 

Detailed Photos

  

Core Advantages

• Economical: Reduce electricity costs through peak-valley arbitrage and demand management, and the investment payback period is usually 3-6 years.
• Flexibility: Modular design supports capacity expansion and adapts to different scale needs.
• Green transformation: Help companies achieve carbon neutrality goals and improves ESG ratings.
• Policy dividends: Many places have issued energy storage subsidies (such as Zhejiang, Guangdong and other places subsidize 0.2-0.8 yuan/kWh according to discharge volume).

Technology trends

• Battery technology: Lithium iron phosphate batteries (LFP) are the mainstream, and sodium-ion batteries may become a low-cost alternative in the future.
• Intelligence: AI algorithms optimize charging and discharging strategies and link with virtual power plant platforms.
• Safety: Liquid cooling temperature control and multi-layer fire protection design improve system reliability.

Operating environment

Environmental requirements	Allowable ambient temperature	20ºC~+55ºC (50ºC derating)
	Allowable ambient humidity	5~80%RH
	Maximum operating altitude	2000m
	Protection level	IP54
	Cooling method	PCS is air cooled, battery PACK is water cooled

 

Product Parameters

Product Model	FD/CN-100kW/215kWh-E
Rated capacity	215kWh
Rated voltage	AC400V
Battery voltage range	DC580~1000V
Rated output current	145A
Maximum output current	174A
Dimension	About 1350 (width) * 1450 (depth) * 2100 (height) mm
Weight	<2.5T
Cabinet color	According to customer requirements

 

Complete machine supply list

S/N	Equipment Name	Specifications	Unit	Quantity
1	Battery pack	1P48S,280Ah	Set	1
2	Power Storage Converter (PCS)	100kW	Set	1
3	Energy Management System (EMS)	ES-CCU	Set	1
4	Battery Management System (BMS)	Master control (BAU) + slave control (BMU)	Set	1
5	Liquid cooling system	6kW vertical liquid cooling unit + liquid cooling pipeline	Set	1
6	Fire and warning systems	Integrated perfluorohexanone fire extinguishing device	Set	1
7	Cabinet	1350 (width) * 1450 (depth) * 2100 (height) mm	Set	1
8	Power distribution system	Molded case circuit breakers, cables, etc.	Set	1
9	Incoming line side	Molded case circuit breaker	Set	1
10	Weak current system	AC distribution circuit breakers, DC distribution circuit breakers, etc.	Set	1
11	Dehumidifier	60W Dehumidifier	Set	1