Introduction
Utility Service: Your utility provider connects to your home or business to the electrical grid.
Main Breaker Panel: Power from the grid enters your home through a set of wires connected to your main breaker panel where it divides electricity into subsidiary circuits that feed the electrical outlets within your home or business.
Battery and Control System: Lithium Ion Phosphate Battery Solar store solar energy generated during the day, and then consumed in the evening when rates are higher. Many systems also provide backup power from the battery (at night) and sun (during the day) when there is a power failure. Control system software determines the optimal times to charge or discharge the battery, and self-consume or sell back energy that is stored or generated in the home. This software must interface with the inverter and battery, as well as understand your home’s energy consumption schedules and local utility rates.
Solar Power System: Solar Panels generate energy during the day. This energy can be stored in the battery (if the battery’s charge level is low), used directly in your home, or sold back to your utility under a net metering rate plan. An Inverter changes the DC power from batteries or solar panels into the AC power that you used in your home.
Essential Loads Sub-Panel: An essential loads sub-panel is installed, which connects power from the Battery System to the important rooms and appliances in your home so you have power when a blackout happens.
Advantage
Safety
Application
Lithium Ion Phosphate Battery Solar can be used in Home energy storage, distributed energy, off-grid, and microgrid use.
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