More About 4-Bedroom Off-Grid Solar Kit
4-Bedroom Off-Grid Solar System
4-Bedroom Off-Grid Solar System
4-Bedroom Off-Grid Solar System
System Main Objectives:
1. Reliability through dual-system design
These systems use dual inverters and split battery banks so there are no single points of failure. In a Sigenergy system, each component operates independently. If one side is offline, the system continues running at reduced capacity, without interrupting power to the home.
2. Property resale value through full-occupancy design
Off-grid property value is closely linked to the energy system. These systems are designed for maximum expected occupancy, protecting resale value and avoiding costly upgrades later.
3. Generator-less living
Conservative winter solar design, 48-hour battery autonomy, and redundancy enable a quiet, low-maintenance off-grid lifestyle without routine generator reliance.
4-Bedroom Off-Grid Solar – Expected Daily Usage
Expected daily usage (fully occupied):
~30 kWh per day
This is calculated as:
5 kWh per day for the house itself, plus
5 kWh per person, assuming up to 5 people in a fully occupied 4-bedroom home
This accounts for increased daily demand from larger households.
Off grid solar system configuration example:
Batteries: 8 × Sigenergy batteries
Usable capacity: 8 × 7.8 kWh = 62.4 kWh
Inverters: 2 × Sigenergy 10 kW inverters
(Dual design for reliability)
Solar array: 37 × Jinko 510 W panels
Total PV: ~18.9 kW
This system configuration is a guideline calculated using our off-grid solar design principles.
System Options
Systems can be built as single-phase or three-phase, depending on site requirements and customer preference.
Available inverter and battery platforms include Sigenergy, Deye, Victron, and Solis, with other brands available on request.
Solar panels are typically Jinko or Aiko, however alternative panel brands can be supplied if requested.
