Bright blue-hour home with rooftop solar and JUNEXT-branded inverter and battery storage

Residential energy solutions, built from the brief.

Plan solar generation, power conversion, energy storage and selected loads as one reviewable system—not a disconnected product bundle.

Turn energy knowledge into a home system.

Solar generation. Battery storage. Everyday backup. Bring the pieces together for your next project.

Illustrative system flow · Final configuration requires technical review.
DESIGNED AROUND YOUR DAY

The system begins with
what must stay on.

Define essential loads, start-up demand and target runtime before choosing your inverter and battery.

HOME / PRIORITY CIRCUITSBACKUP PLANNING
Home battery and inverter keeping lighting, refrigeration and internet equipment powered
LightingKeep rooms usable
RefrigerationPlan for start-up demand
ConnectivityKeep your router online

Illustrative priority loads. Actual backup depends on system sizing and installation.

  1. 01 / WHAT STAYS ON

    Loads

    Separate priority circuits from high-demand appliances.

  2. 02 / HOURS OF BACKUP

    Runtime

    Set a realistic backup target for your daily routine.

  3. 03 / CONTINUOUS + SURGE

    Power

    Match running loads and appliance start-up demand to the inverter.

  4. 04 / USABLE CAPACITY

    Energy

    Size battery energy around runtime, efficiency and reserve.

See the complete energy path.

Solar generation passes through conversion, charges JUNEXT storage and supports selected household loads as one connected system.

Residential rooftop solar panels collecting daylightPV
Solar arrayGenerationPV input
JUNEXT JN-E-SUN hybrid inverter
Hybrid inverterConversion6.2 / 10.2 kVA · 48 V
JUNEXT 51.2 V floor-standing battery51.2 V
JUNEXT batteryStorageApprox. 16 kWh
  • Lighting
  • Cooling
  • Priority circuits
Home loadsUse + backupSelected circuits

Five checks before a system becomes a quote.

A useful quotation keeps every electrical interface visible—from the first project input to the final technical review.

Residential solar project requirements, battery and inverter matching, and final engineering review
Project inputsLoads · runtime · solarInterface matchVoltage · inverter · BMSTechnical reviewRecords · installation
  1. 01Battery and inverter voltage architecture
  2. 02Continuous power and surge duration
  3. 03PV voltage, current and MPPT string design
  4. 04BMS communication and operating settings
  5. 05Protection, installation and local compliance

Turn the site brief into a system direction.

Use the configurator for the first pass, then submit the result for model, stringing, protection and destination-market review.

Build a project brief