GPOWER 5KW Hybrid Inverter Solar System With Battery Bank

best design hybrid system with battery bank 3KW 4KW 5KW

Before selecting or purchasing any equipment required for a hybrid or stand-alone power system the installer should have a good understanding of the basics of sizing an energy storage system - The most important part of the process is establishing the load profile or building a load table to estimate the amount of energy required to be generated and stored per day. If you cannot develop a load table then a professional solar installer or system designer should be consulted. The general steps are as follows:

Estimate the loads - how much energy is required per day in kWh. For off-grid power systems, a load table should be developed for both summer and winter requirements. The maximum demand or peak demand also needs to be considered when selecting the battery and inverter/charger.

Determine the battery size required in Ah or Wh. You need to take into account the battery type and chemistry, maximum depth of discharge (DoD), round-trip (charging) efficiency and maximum charge rate.

Determine how many solar panel/s are required to charge the battery and supply the loads taking into account the local conditions such as - average irradiance throughout the year, shading issues, panel orientation, and temperature derating factors.

After steps 1 to 3 have been established you can now select the appropriate Inverter/charger, solar inverter/s or Solar Charge Controller/s to suit the system.

GPOWER 5KW Hybrid Inverter Solar System

GPOWER Hybrid Inverter Solar System

GPOWER 5KW Solar System With Battery Backup

GPOWER 5KW Hybrid Inverter Solar System With Battery Bank Images