Air-cooled 1.5MWH 800KWH energy storage container, China Air-cooled 1.5MWH 800KWH energy storage container Manufacturers, Suppliers, Factory - Anhui Box-E New Energy Technology Co., Ltd.

Introduction

The air-cooled energy storage container is a modular integrated device designed specifically for new energy storage systems. It integrates efficient air-cooling thermal management technology, high-safety energy storage architecture, and intelligent operation and maintenance system. It is compatible with 1000V/1500V DC systems and can achieve precise temperature control over a wide temperature range of -30℃ to +50℃. It is widely used in photovoltaic power plants, wind farms, distributed microgrids, industrial peak shaving and valley filling, emergency power supply and other scenarios. It has the core value of rapid deployment, flexible expansion, safety and reliability, and optimized cost throughout the entire life cycle, providing efficient energy storage solutions for new energy consumption and grid stability.

Introduction

Basic parameters/Size	Unit	20FT	40FT standard container		40FT High container
Match voltage	V DC	1000/1500
Rated Energy	KWH	Customized
Rated charge & discharge power	KW	Customized
SOC Range	%	5-95
Size	MM	605824382591	1219224382591		1219224382896
Protection level	-	IP55
Corrosion resistance level	-	C3/C4/C5
Largest weight	KG	30480		35000		42000
Temperature control range	℃	-30~+50
Maximum temperature difference per box	℃	≤3
Thermal management methods	-	Forced air cooling + intelligent smart channel
Refrigeration capacity	KW	≥25		≥50		≥60
System own power consumption	%	≤5%
Fire protection system	-	Optional battery cluster-level / cabinet-level heptafluoropropane / perfluorohexanone fire suppression
safety monitoring;	-	Thermal runaway detection, smoke detection, temperature detection
communication method;	-	CAN/RS485
detection function	-	Remote monitoring, fault early warning, and strategy optimization

Introduction

1. Safe and reliable: full-link risk prevention and control
2. Efficient and energy-saving: lifecycle cost optimization
3. Flexible and adaptable: full-scenario capacity expansion
4. Intelligent and controllable: full-process digital management

Introduction

1. Supporting facilities for new energy power plants (photovoltaic / wind power)
2. Grid-side energy storage
3. Industrial and commercial energy storage
4. Data center energy storage
5. Microgrids and off-grid scenarios
6. Energy storage for charging stations (solar-storage-charging)
7. Emergency and temporary power supply
8. Agriculture and rural energy