What to confirm first
Sizing a system from roof area alone may not match the load profile, building structure, or limits of the existing electrical system.
Solar Energy System
Assess electricity use and installation space to design an On-grid or Hybrid system suited to the building.
How we design the system
We review bills and loads at different times, inspect the site and existing electrical system, then define the system type, size, and installation scope.
How the system needs to work
This diagram shows the basic operating logic. Actual connections depend on the equipment and project requirements.
- 01Collect electricity bill data
- 02Inspect the site and electrical system
- 03Size the system
- 04Install and test
- 05Monitor performance
System options
- On-grid for using generated solar power with the normal grid supply
- Hybrid for projects that need batteries under defined operating conditions
- Generation and energy-use monitoring
Functions to consider
- Design based on the load profile
- Assess the installation area and cable routes
- Electrical protection and connection to the existing electrical system
- Generation data for performance tracking
Where this system is commonly used
Factories and warehousesOfficesCommercial buildingsSites with high daytime electricity use
Questions about Solar Energy System
How is the return on a solar project assessed?
Use actual bills, load patterns, installation space, existing system conditions, and the equipment scope rather than relying on general figures alone.
Does the website list installation package prices?
Not yet. System size, equipment, structural conditions, and the work scope must be confirmed from actual project information first.
Send details for a Solar Energy System assessment
Share the site, existing systems and the problem to solve so we can make a focused initial assessment.