They are the powerhouses for distributed energy resources. These units can store and distribute power from multiple sources, like solar, wind, and hydro. They enable communities to build decentralized energy systems, reducing dependence on large power plants and transmission lines. In a community with abundant solar resources, these units can store excess energy during the day and distribute it to neighbors at night. This collaborative approach promotes energy sharing and sustainability, making them a vital part of the transition to sustainable energy. It's about empowering local communities to take control of their energy destinies.
They are based on a decentralized energy storage protocol. The production involves embedding blockchain technology into the battery management system. Each battery unit has a unique digital identity on the blockchain, and transactions related to energy storage, charging, and discharging are recorded. This enables transparent and secure energy trading between different users or entities. The blockchain-based protocol also ensures the integrity of the data related to the battery's performance and history, providing a reliable foundation for decentralized energy systems.
They are involved in power plant maintenance. During scheduled shutdowns or maintenance activities, they can provide temporary power for essential systems like cooling pumps, control rooms, and lighting. This ensures the safety and proper execution of maintenance work. They can also be used to test new power plant equipment or systems, providing a stable power supply for experimentation.
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BATTERY CELL |
|||
|
RATED VOLTAGE |
3.2V |
||
|
CAPACITY |
280AH |
||
|
BATTERY SYSTEM 1P224S |
|||
|
RATED VOLTAGE |
716.8V |
||
|
NOMINAL CAPACITY |
280AH |
||
|
RATED CURRENT |
140A |
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|
BATTERY POWER |
215KWH |
||
|
MAX EFFICIENCY |
≥95% |
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|
COOLING |
FORCED AIR |
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|
WORKING TEMPERATURE |
-20°C-60°C |
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|
PROTECTION DEGREE |
IP54 |
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|
CERTIFICATES |
CE, UN38.3,UL,ROHS, EMC, REACH |
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FAQ
How does it respond to sudden power outages?
When a sudden power outage occurs, the device detects the loss of grid power almost instantaneously. It then switches to backup mode and starts supplying power to the connected devices within milliseconds. This rapid response time is crucial, especially for critical applications like powering medical equipment in a hospital or keeping servers running in a data center. The device has enough stored energy to continue operating for a period depending on the load. For example, if it's powering a few essential household appliances like a refrigerator, some lights, and a router, it could keep them running for several hours. The transition is seamless, and the connected devices experience minimal disruption, ensuring that your activities can continue without major interruptions.
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