Engineering, Procurement & Construction

EPC Services, Built Around Reality

We execute renewable energy projects the way they should be done — engineered for real site conditions, real loads, and real-world operation over decades.

EPC That Starts With Understanding, Not Assumptions

Every EPC project looks simple on paper. The complexity lives on the ground — in the soil, the structure, the wind profile, the electrical room, and the way energy is actually consumed every day.

At OnLoop Energy, we begin by understanding how your site behaves, not how a standard system is supposed to behave. Design decisions are made only after we study constraints, risks, and long-term performance trade-offs.

The result is an energy system that works quietly in the background — predictable, compliant, and designed to stay relevant for years, not just commissioning day.

Solar park project execution

What We Take Responsibility For

EPC means end-to-end accountability. We don’t just deliver equipment — we take ownership of how the system is designed, built, approved, and handed over.

Site Assessment

We evaluate structural strength, wind exposure, shading, soil conditions, and electrical infrastructure — identifying risks before they become problems.

Engineering & Design

System sizing, layouts, electrical single-line diagrams, structural checks, and hybrid logic — all tailored to how your facility actually operates.

Approvals & Compliance

Grid coordination, statutory approvals, safety documentation, and regulatory alignment handled without shortcuts.

Procurement

Equipment selected for reliability, compatibility, and lifecycle value — not just headline specifications.

Installation

Disciplined execution with defined methods, safety procedures, and quality checks at every stage.

Commissioning & Handover

Testing, performance verification, documentation, and clear handover so your team knows exactly what’s been built.

How a Project Moves Forward

  • Step 1: We start with a conversation — understanding your energy goals, constraints, and expectations.
  • Step 2: Detailed site study to identify technical, structural, and regulatory realities.
  • Step 3: Engineering-led design and proposal, clearly explaining what’s included, why it’s designed that way, and what to expect.
  • Step 4: Coordination with utilities and authorities for approvals and grid connectivity.
  • Step 5: Procurement and on-site execution with defined milestones and accountability.
  • Step 6: Commissioning, validation, and structured handover — no loose ends.

What Guides Our EPC Decisions

These aren’t selling points. They’re internal rules we don’t compromise on.

  • Site-Specific Engineering: No two sites behave the same. Every design reflects actual measurements, not assumptions copied from past projects.
  • Designed for the Long Run: Decisions are made with 20–25 years of operation in mind — including maintenance access, degradation, and grid behaviour.
  • Compliance Is Non-Negotiable: Safety standards, grid codes, and statutory requirements are treated as engineering inputs, not paperwork.
  • Clear Documentation: Drawings, calculations, and specifications are transparent — so you know exactly what’s being built and why.
  • Single Point Accountability: One team responsible from design to commissioning. No finger-pointing, no fragmentation.
  • Hybrid System Understanding: Practical experience integrating wind and solar where it actually makes sense — technically and economically.

Let’s Start With the Right Questions

If you’re planning a renewable energy project and want clarity before committing to decisions, we’re happy to talk.

Schedule a Consultation