Introduction Selecting a LiFePO4 battery capacity is only half of an energy storage design. The next question is: How will you recharge it? A customer

Introduction LiFePO4 batteries perform well across a wide range of energy storage applications, but charging temperature is often overlooked during system design. A battery may

Introduction A LiFePO4 battery may charge perfectly from solar power but behave very differently when charging from the utility grid. A common customer complaint is:

Introduction Solar energy storage works well when sunlight is available. But what happens after several cloudy days? For many off-grid systems, the answer is a

Introduction Many energy storage users assume that a battery should reach 100% every time it is charged. The logic appears simple: If I paid for

Introduction A LiFePO4 battery can be charged from several different energy sources. In a typical energy storage system, charging may come from: For residential users,

Why Generator Compatibility Should Be Checked Before Buying the Inverter In many solar markets, the energy system does not rely on only solar panels and

AC-Coupled or DC-Coupled: Why This Choice Matters Before You Select the Battery When adding LiFePO4 battery storage to a solar system, many buyers immediately start

Why “48V, 5kW” Is Not Enough Information A customer sends you a message: “I need a battery for my 5kW 48V inverter.” Can you select

Why Can a 5kW Inverter Fail to Start a 1.5kW Motor? This sounds unreasonable at first. A water pump may be rated at only: 1.5kW