up to 3440kWh of storage that would go perfectly well with the most power-consuming operations.
Liquid cooling ensures batteries always operate at their optimal temperature and performance range.
Insanely big capacity fits within a container, so no hassle in deploying it.
Support for CAN2.0/ RJ45/RS485 protocols provides seamless interaction with various systems.
A new generation in liquid-cooled energy storage container systems fitted with 280Ah lithium iron phosphate batteries integrates the most up-to-date design concepts in the industry. The product takes intelligent liquid cooling advantages, with higher efficiency, safety, and reliability, and uses smart operation and maintenance to give customers efficient integrated energy storage solutions. Good enough to meet a wide range of application scenarios, such as peak shaving, valley filling, extension of high power grid, backup of factory power, industrial and commercial power security, emergency supply of power, expansion of an AC charging pile.
1. Economical
Can be applied in different scenarios: peak-valley arbitrage, auxiliary services, and so on.
Lower LCOE due to intelligent algorithm support for higher system efficiency.
Core temperature control: stable with sensing technology and big data analytics.
2. Safety and Reliability
Comprehensive monitoring: Cloud-edge collaboration, fast fault diagnosis.
Thermal control capability enhanced by AI intelligent management.
Fault Isolation: four-layer protection to ensure the components coordinate their work.
3. Intelligent and Friendly
Grid-friendly design-fast, prompt performance, and full activeness to support it.
Intelligent algorithms at work for efficient functioning, which extends life.
Flexible and adaptable, supporting various connection options.
4. Flexible and Convenient
Modular design allows for easy installation and maintenance, and compatibility enables expansion when necessary.
Multi-parallel support extends from high to low capacity, meeting a variety of requirements.
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1. Industrial and Commercial Areas:
Containers of energy storage store electricity in low-price periods and release electricity during peak demand, which achieved the effect of "peak shaving and valley filling". Ensuring the demand for electricity effectively solves economic problems in industrial electricity consumption.
2.Power Grid Frequency Regulation Field:
While traditional sources have slow frequency regulation, the energy storage container can respond promptly in milliseconds to the dispatching instructions so as to improve the quality of power and hence effectively improve stability in the power grid.
3. Smart Charging Field:
In this regard, an energy storage container effectively enhances the capability of power grids in transmission and distribution and prolongs the service life of original equipment. It solves huge expansion costs and difficult construction brought by the upgrading of power grids.
4. Shore Power of Ships:
It can provide electricity to the ship not only to solve environmental pollution caused by traditional sources of energy, but also to guarantee that at any time there is an unexpected power cut in the ports and terminals, the power supply requirements can be met.
5. Scenic spot consumption field:
It is difficult to consume that much renewable energy, and it is unattachable to the grid. Energy Storage Containers can be employed in generating systems of wind power and photovoltaic power with the purpose of avoiding "light abandonment and wind abandonment" and improving the dependability of power generation and grid-attaching.
