One team. Every phase.
Engineering, procurement and construction for residential, commercial, industrial and utility-scale solar—delivered with one accountable partner from first study to long-term asset care.
EPC, explained
What are solar EPC services?
EPC stands for Engineering, Procurement and Construction. It is a complete solar-delivery model in which one specialist partner manages the project lifecycle—from the first technical study and equipment decisions to installation, commissioning and handover.
For clients, that means fewer coordination gaps, clearer accountability and one integrated system whose components are selected and installed to work together.
Engineering
We translate your load profile, site conditions and energy goals into a safe, efficient and buildable solar design.
Feasibility · yield modelling · electrical design · structural design · protection strategy
Procurement
We specify and coordinate compatible equipment around lifecycle value—not simply the lowest initial price.
Technical specifications · approved sourcing · compatibility review · quality checks · logistics
Construction
We turn the approved design into a commissioned asset through controlled installation, testing and handover.
Civil works · installation · electrical integration · HSE · testing · commissioning
Built around your energy reality
A solar plant is an operating asset—not an equipment bundle.
Our EPC model aligns design, equipment and construction decisions around real site constraints, energy demand and long-term performance. You get a coordinated project, clear ownership and a system prepared for confident operation.
Testing records, as-builts and performance baselines support a clean, accountable handover.
MAR SolarCare core EPC scope
Every critical layer, engineered as one system.
Premium EPC is not defined by a single panel or inverter. It comes from engineering every interface—from the structure beneath the array to the electrical protection, storage controls and final grid connection.
Solar PV modules
Module selection, string sizing and array layout engineered for site conditions, available space and dependable energy yield.
Inverters & power conversion
Correctly sized on-grid, hybrid or project-specific inverter architecture with protection, monitoring and operating compatibility.
Battery energy storage
Battery capacity planning, compatible control systems and safe integration for backup, peak management and continuity objectives.
Electrical balance of system
DC and AC cabling, combiner and distribution equipment, earthing, surge protection, breakers and coordinated electrical connections.
Mounting structures
Rooftop, elevated and ground-mount structures designed for loading, corrosion resistance, access, drainage and long-term stability.
Grid integration & commissioning
Grid-interface coordination, testing, system energization, performance baselining, documentation and operational handover.
One coordinated design. One quality plan. One accountable delivery team.
Scope is tailored to project size, site conditions, grid requirements and operational priorities.
Concept to care
Six disciplined phases. One accountable outcome.
A stage-gated delivery model keeps technical decisions, quality and progress visible throughout the project.
Feasibility & energy strategy
Load profiling, site assessment, yield modelling and a bankable business case shaped around your operating priorities.
Detailed engineering
Optimized electrical, civil and structural design with protection studies, equipment schedules and constructible drawings.
Quality-led procurement
Technology selection, supplier coordination and incoming quality checks focused on performance, compatibility and serviceability.
Construction & HSE
Disciplined site execution, documented quality control and safety management with a clear view of progress and milestones.
Testing & commissioning
Pre-energization checks, performance validation, as-built documentation and practical training for your operating team.
Performance care
GridSentinel monitoring, drone inspection, preventive O&M and cleaning intelligence that protect output after handover.
Where we deliver
Scalable engineering for demanding sites.
Each solution is configured around the load, site, grid conditions and operating environment—not a generic package.
Residential
Homes, communities and tailored backup systems
Industrial
Factories, warehouses and process loads
Commercial
Offices, retail, campuses and hospitals
Agriculture
Farms, cold storage and water pumping
Public & institutional
Government facilities, schools and infrastructure
Utility-scale
Ground-mount and distributed generation
Questions, answered
Solar EPC, without the uncertainty.
Have a site or energy target in mind? We can help establish the right delivery route.
What does solar EPC include?+
EPC covers the complete delivery chain: engineering, procurement and construction. MAR SolarCare can take a project from feasibility and detailed design through sourcing, installation, testing, commissioning and post-handover performance care.
Can you deliver rooftop and ground-mounted systems?+
Yes. We shape the engineering and execution plan around the site, load profile, roof or land conditions, grid interface and client objectives.
How do you control equipment quality?+
We define technical specifications, assess compatibility, coordinate approved suppliers and document incoming and installation-stage quality checks before commissioning.
What happens after the plant is commissioned?+
Our lifecycle model can continue with monitoring, inspections, cleaning intelligence, preventive maintenance and evidence-led performance reporting.
Start with clarity
Bring us your site, load profile or ambition.
We’ll help turn it into a practical solar roadmap with clear technical, commercial and delivery priorities.
Request an EPC consultation