DAWNICE RESIDENTIAL ENERGY STORAGE SERIES (LiFePo4)
Dawnice Household Energy Storage Battery Series
At Dawnice, we offer three versatile series of household energy storage batteries: Wall-Mounted Batteries, Stackable Batteries, and Rack-Mounted Batteries. Our products are designed to deliver high performance and long cycle life, ensuring reliability and efficiency for your energy needs. Utilizing A-grade battery cells, we prioritize top-tier quality and continuous innovation to provide our customers with an exceptional experience. Our mission, “To Strive Forward No Energy Waste,” reflects our commitment to sustainable and efficient energy solutions.
DAWNICE RESIDENTIAL ENERGY STORAGE SERIES (LiFePo4)
Dawnice Household Energy Storage Battery Series
At Dawnice, we offer three versatile series of household energy storage batteries: Wall-Mounted Batteries, Stackable Batteries, and Rack-Mounted Batteries. Our products are designed to deliver high performance and long cycle life, ensuring reliability and efficiency for your energy needs. Utilizing A-grade battery cells, we prioritize top-tier quality and continuous innovation to provide our customers with an exceptional experience. Our mission, “To Strive Forward No Energy Waste,” reflects our commitment to sustainable and efficient energy solutions.
DAWNICE SIMPLE RACK-MOUNTED BATTERIES
Dawnice Battery Module offers full compatibility with Tier 1 inverters and are designed for easy scalability, supporting parallel connections based on a 51.2V system. With the ability to scale up to 512V and connect up to 10 units in parallel, these batteries are ideal for critical applications such as data centers, hospitals, schools, UPS systems, and island installations. Safety is ensured through multi-protection features provided by our self-developed BMS, while their long cycle life and superior performance deliver efficient and cost-effective energy solutions.
DAWNICE ALL IN ONE COMMERCIAL STORAGE SYSTEMS
Dawnice’s ESS All-in-One Energy Storage System integrates modular battery packs for scalable power storage. Designed for both outdoor and indoor installations, it features a robust cabinet housing with built-in firefighting and advanced cooling systems to ensure safety and optimal performance. Ideal for commercial/industrial use, this compact solution delivers reliable energy management, thermal stability, and compliance with safety standards.
DAWNICE SIMPLE RACK-MOUNTED BATTERIES
Dawnice Battery Module offers full compatibility with Tier 1 inverters and are designed for easy scalability, supporting parallel connections based on a 51.2V system. With the ability to scale up to 512V and connect up to 10 units in parallel, these batteries are ideal for critical applications such as data centers, hospitals, schools, UPS systems, and island installations. Safety is ensured through multi-protection features provided by our self-developed BMS, while their long cycle life and superior performance deliver efficient and cost-effective energy solutions.
DAWNICE ALL IN ONE COMMERCIAL STORAGE SYSTEMS
Dawnice’s ESS All-in-One Energy Storage System integrates modular battery packs for scalable power storage. Designed for both outdoor and indoor installations, it features a robust cabinet housing with built-in firefighting and advanced cooling systems to ensure safety and optimal performance. Ideal for commercial/industrial use, this compact solution delivers reliable energy management, thermal stability, and compliance with safety standards.
Residential Energy Solutions
Our home energy storage systems optimize energy usage by managing solar energy, reducing utility costs, and ensuring power backup during outages. Offering seamless integration, with smart control for easy management.
Commercial Energy Solutions
We provide energy storage solutions that enhance energy efficiency, lower operational costs, and support businesses during peak demand. Our systems can integrate with solar power, reducing reliance on grid electricity.
Industrial Energy Solutions
Our scalable energy storage solutions are designed to optimize factory operations, minimize downtime, and lower energy costs. With real-time monitoring and modular scalability, we ensure power supply continuity during disruptions.
