Renewable Energy
Clear, bankable answers before you invest: how much energy a site can produce, what it will cost, and what environmental approvals it needs.
Investment decisions built on credible technical, financial and environmental evidence
A renewable energy feasibility study tests whether a solar, wind or hybrid project is technically possible, financially viable and environmentally acceptable at a given site. It combines resource and yield assessment, grid and land constraints, cost and revenue modelling, and environmental and social screening, and it identifies the studies and permits the project will need.
From factory rooftops to utility-scale plants, renewable energy projects are being planned across the Kingdom. Before committing capital, owners, developers and lenders need confidence in three things: the energy the site will really produce, the cost and return of the project, and the environmental conditions it must meet.
Weak early studies are expensive. Optimistic yield assumptions undermine the financial case, unsuitable land or grid constraints are discovered late, and environmental issues such as habitats, drainage, dust or visual impact can delay approvals. For wind projects, effects on birds and on nearby communities also need careful assessment.
Selorin combines renewable energy engineering with our core environmental expertise. We screen sites, assess solar and wind resources and expected yield, model costs and returns, and identify grid and land constraints. Our environmental team prepares baseline surveys, environmental impact assessments and management plans, and supports the permitting process, so the project moves from feasibility to approval on one consistent evidence base.
You may need this service when:
Comparison of candidate sites by resource, land, access, grid proximity and environmental sensitivity.
Solar irradiation or wind resource analysis and energy yield modelling with clearly stated losses and uncertainty.
Preliminary layout, technology options, storage and grid connection concept.
Capital and operating costs, savings or revenue, payback, internal rate of return and sensitivity analysis.
Baseline surveys, impact assessment and mitigation for land, ecology, drainage, dust, noise and visual effects.
Environmental management plans and coordination of submissions to the relevant authorities.
We confirm objectives, scale and the questions the study must answer.
We screen sites and assess resources, constraints and environmental sensitivities.
We model yield, costs and returns for each option and compare them.
We assess environmental and social impacts and define mitigation.
We recommend the preferred option and support permitting through to approval.
| Deliverable | Format | Stage |
|---|---|---|
| Site screening memo | Memo with comparison matrix (PDF) | Early stage |
| Feasibility report | Technical and financial report (PDF + Excel model) | Feasibility stage |
| Energy yield report | Yield assessment report (PDF) | Feasibility stage |
| Environmental impact assessment | EIA report and management plan (PDF) | Before permitting |
| Submission support | Submission package and comment responses | Permitting stage |
Requirements vary by activity, location and permit conditions. We confirm the applicable requirements for your project at the start of every engagement.
Typically site and resource assessment, energy yield, system concept, grid connection, capital and operating costs, financial returns and an environmental screening. The depth depends on project size and on who will rely on the study.
Larger solar and wind projects usually require environmental assessment because of land take, construction works and possible effects on habitats, drainage and communities. Small rooftop systems usually do not. We screen the project and confirm the requirement early.
Yield estimates carry uncertainty from weather data, equipment performance and losses. We state assumptions and uncertainty clearly so lenders and decision-makers can see the range of likely outcomes.
Yes. We model each option and hybrid combinations against your demand, site and budget, and recommend the one with the best balance of cost, output and risk.
Yes. We provide independent review of yield, design and cost assumptions in proposals before you sign.
Rooftop, ground-mounted and carport solar PV for villas, residential compounds, factories and commercial buildings, from site study and design to installation and grid connection.
Key benefit: Lower electricity bills from a system designed around your real load
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
Screening, scoping, baseline studies, impact analysis and mitigation, prepared as an EIA report ready for authority review and follow-up comments.
Key benefit: A defensible EIA that keeps your approval path predictable
Decarbonisation pathways, science-based target setting, abatement cost analysis and a net-zero roadmap aligned with Saudi Arabia's 2060 net-zero target.
Key benefit: A costed, prioritised path to lower emissions
Share your project details and an environmental specialist will review your requirements.