Solar Consulting for High Consumption Businesses
Make confident solar decisions with clear feasibility, performance projections, and project planning. We support commercial, industrial, institutional, and utility-scale clients from the first assessment to bankable next steps.
What this service includes
Feasibility and project strategy
Site feasibility and constraint assessment (rooftop, ground-mount, carport)
Load profiling and consumption review
System sizing guidance and technology recommendation
Energy yield and performance modelling
PVsyst simulations and yield projections
Shading and layout considerations
Performance assumptions and loss breakdowns
Financial and ROI clarity
CAPEX and OPEX scenario modelling
Payback estimation and sensitivity checks
Evaluation of ownership models and commercial structures
Execution readiness
Scope definition for EPC tendering
Risk identification and mitigation plan
Handover inputs for engineering and delivery teams
Who this is for
Factories and industrial facilities with high daytime loads
Warehouses, campuses, hospitals, and large institutions
Commercial building owners and facility heads
Developers evaluating MW-scale assets
EPC teams that need independent feasibility and modelling support
Outcomes you should expect
A clear recommendation on whether the site is viable for solar
Indicative system size and generation estimate based on your inputs
A practical next-step plan: engineering, tendering, or turnkey execution
Cleaner vendor conversations because your scope is defined early
How it works
Share your basics: location, bill or load, available area, timeline
We evaluate feasibility: constraints, sizing, generation modelling
You receive next steps: clear recommendation and scope direction
Optional: proceed into engineering, EPC, or hybrid design based on need
Frequently Asked Questions
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Solar consulting is professional advisory support that helps a business evaluate whether solar is viable, what system size makes sense, what the expected generation could be, and what the project steps should be before selecting vendors or committing capital.
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A feasibility study typically includes site constraints review, load and consumption assessment, system sizing assumptions, energy yield estimation, risks, and a recommended next-step plan such as engineering, tendering, or turnkey execution.
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PVsyst is widely used to estimate solar energy generation by modelling losses, shading, orientation, and equipment assumptions. It helps decision-makers compare scenarios and set realistic performance expectations.
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At minimum: site location, monthly electricity bill or consumption, available roof or land area, basic photos if possible, and your project timeline. If you have a single-line diagram or load profile, that improves accuracy.
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ROI is estimated using expected annual generation, tariff rates, project cost, operating costs, and assumptions such as degradation and downtime. A sensitivity check is also used to see how ROI changes with different tariffs or costs.
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There is no single global definition, but many commercial and industrial solar systems start around 100 kW and can extend into multi-megawatt scale depending on site and consumption.
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Approvals and compliance are typically handled during engineering and execution. Consulting can help identify the likely approval path and documentation requirements early, so the project timeline is realistic.
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Timelines depend on data availability and site complexity. A basic assessment can be fast, while detailed modelling and documentation can take longer for larger or more constrained sites.
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Solar consulting focuses on evaluation and decision support. EPC is execution, meaning engineering, procurement, construction, and commissioning. Consulting helps you enter EPC with clarity on scope and expectations.