Home Hybrid solar & battery system description
Compared with the traditional solar on-grid system, there is one more battery system connected to a hybrid solar system. The system consists of PV panels, hybrid inverter, lithium batteries, and metering systems. The logic of the system is that when solar power starts to generate electricity in the morning, solar generation is given priority to the residential consumption load. When the solar-generated power is greater than the home consumption power, the hybrid inverter starts charging the battery until the battery is full. Meanwhile, when the solar-generated power is less than the residential load power, the battery starts to discharge and working with solar to fulfill the consumption load. When there is no solar in the evening, the battery discharges to follow home demand until the battery is fully discharged.
Commercial Energy Storage System BESS
As a lithium battery buyer or a project sourcer, you can trust that COREMAX Custom Commercial Energy Storage Systems are reliable and long-lasting. Our lithium iron phosphate cores and advanced BMS management system make them perfect for a variety of energy storage applications, including power grid energy storage, industrial and commercial energy storage, high voltage UPS, and data storage. With high reliability and long life, they’re an excellent choice for any energy project. So if you’re in the market for a lithium battery power supply system, be sure to check out Bonnen Battery. You won’t be disappointed!
■ Free custom service based on customer’s requirements.
■ Voltage from LV of 48V to HV of 96V / 192V / 480V / 537V / 864V, etc.
■ Modular design, higher integration, saving installation space.
■ Design can be used front-operated, front-wired, making it easy to install, maintain and operate.
■ Strong compatibility, seamless docking with UPS, photovoltaic power generation and other main equipment
■ Communication interface forms such as CAN/RS 485 can be customized depending on the customer’s needs, allowing convenient remote monitoring and flexibility.
■ High energy, low power lithium electric equipment provides more energy, lowers energy consumption, and reduces environmental pollution.
■ Implement multilevel battery protection strategies and fault isolation measures to ensure the safety of the system.
