Renewable Energy
Solar PV systems sized to your actual consumption, designed for Saudi heat and dust, and delivered from site survey to grid connection.
Lower electricity bills from a system designed around your real load
A solar energy system converts sunlight into electricity using photovoltaic (PV) panels, inverters and protection equipment. It can be installed on roofs, on the ground or over car parks, and can be connected to the grid, combined with batteries, or both. A well-designed system is sized to the site's consumption profile, its available area and the applicable connection rules, so that the energy it produces is actually used and the investment pays back as planned.
Saudi Arabia has some of the strongest solar resources in the world, and the national energy programme places renewables at the centre of the future electricity mix. For property owners and industrial operators this creates a practical opportunity: generate part of your own electricity on your roofs, land or car parks, reduce what you buy from the grid, and show measurable progress on sustainability commitments.
The results depend on decisions made before any panel is installed. Oversized systems export energy with little value, undersized systems leave savings on the table, and designs that ignore heat, dust, roof condition or shading underperform for their whole life. Connection approvals, equipment conformity and safe electrical integration also need to be planned from the start rather than solved on site.
Selorin delivers solar projects for villas and residential units, residential compounds, factories and commercial buildings. We analyse your consumption and bills, survey the site, model the expected production, and design a system that fits your roof or land and your budget. We then manage approvals and grid connection, procure conformant equipment, supervise installation and commission the system, and can remain responsible for operation and maintenance afterwards.
You may need this service when:
Review of your electricity bills and load profile to establish how much solar energy the site can use and the realistic savings.
Inspection of roofs, land or car parks, including structure, orientation, obstructions, access and the point of connection.
Panel layout, inverter and protection design, cabling and earthing, with a production estimate that accounts for heat and dust losses.
Preparation of the technical file and coordination of the connection process and bidirectional metering with the electricity provider.
Procurement of conformant equipment, supervised installation by qualified electrical teams, testing and handover.
Remote production monitoring and periodic performance reports, so losses are detected early.
We analyse bills and operating hours to define the target share of solar and the right system size.
We survey the site and prepare the design and production model, with clear options and costs.
We prepare the technical file and manage the connection and metering process.
We supply and install the system, test it against the design and hand it over with full documentation.
We monitor production, clean and maintain the system, and report performance against the model.
| Deliverable | Format | Stage |
|---|---|---|
| Consumption analysis and preliminary sizing | Technical memo (PDF) | Within one week of receiving bills |
| Design package and production estimate | Drawings, single-line diagram and yield report (PDF) | Design stage |
| Connection application file | Technical file for the electricity provider | Before installation |
| Commissioning and test records | Test reports and as-built drawings (PDF) | At handover |
| Performance report | Monthly or quarterly report | During operation |
Requirements vary by activity, location and permit conditions. We confirm the applicable requirements for your project at the start of every engagement.
It depends on how much of your consumption happens during daylight hours, the area available and the system size. We calculate the expected savings from your actual bills and site survey before you decide, and show the assumptions behind the estimate.
Yes. For villas we usually design rooftop systems sized to the household's daytime consumption. For compounds we can supply common areas, individual units or shared car-park structures, depending on the metering arrangement and the owner's objectives.
High temperatures reduce panel efficiency and dust reduces the light reaching the cells. We account for both in the design and production model, select suitable equipment and plan a cleaning and maintenance schedule that keeps losses low.
Grid-connected systems require approval and a connection process with the electricity provider, including suitable metering. We prepare the technical file and coordinate the process as part of the project.
Yes. Batteries allow solar energy to be used in the evening or during peaks, and solar carports can supply EV chargers. We design these combinations as one integrated system.
Battery storage for villas, compounds, factories, EV charging and solar plants: sizing, safety design, installation, monitoring and end-of-life planning.
Key benefit: Use more of your solar energy and protect critical loads
AC and DC charging stations for residential compounds, buildings, hotels, fleets and public sites, from load study and charger selection to installation, solar integration and maintenance.
Key benefit: Chargers ready for today's users and tomorrow's demand
Operation and maintenance for rooftop and ground-mounted solar, battery storage and EV chargers: cleaning, preventive inspections, thermal imaging, fault response and performance reports.
Key benefit: Higher, more predictable output over the life of your assets
Site screening, solar and wind resource and yield assessment, financial modelling, environmental impact assessment and permitting support for renewable energy projects.
Key benefit: Investment decisions built on credible technical, financial and environmental evidence
Share your project details and an environmental specialist will review your requirements.