EPC & Development

End-to-end engineering, procurement, and construction solutions for sustainable energy infrastructures.

Engineering Better Solar Projects. From Concept to Commissioning.

Developing a utility-scale solar power plant requires much more than installing solar panels. Every successful project begins with proper planning, accurate financial analysis, reliable technology selection, and flawless project execution.

At SHKYMCK GREEN ENERGY, we work alongside developers, industries, investors, and IPPs to deliver complete consulting and execution support throughout the project lifecycle. Our core capability lies in maximizing generation yields through detailed structural engineering (fixed-tilt or active single-axis trackers), Tier-1 bifacial modules integration, and robust grid step-up substation configurations.

Whether you're planning a 1 MW captive plant or a 500 MW solar park, our team helps optimize performance, reduce project risks, and maximize long-term returns.

Solar Engineering Site
SEC. 01 — THE PROBLEM

Why most projects stall before they generate a single unit

Four structural failure points in the traditional model. We built around every one of them.

01. Development Risk

Land disputes, permit delays, and grid connectivity failures kill 40% of projects before construction.

Our Answer

Ready-to-build projects with 100% of development complete.

02. Slow Time-to-Revenue

Traditional projects take 24-36 months from concept to first cash flow.

Our Answer

70% faster — partners enter at finance or build stage.

03. Contract Uncertainty

Investors wait months for offtake agreements and financing approvals to materialize.

Our Answer

Pre-signed PPAs and pre-approved debt at entry.

04. Vendor Fragmentation

Five or more vendors means blame games when issues arise, and no single owner of outcomes.

Our Answer

One accountable partner for 25 years.

SEC. 02 — OUR APPROACH

Design philosophy

Four phases, one standard. Every decision is made for the plant's full operating life — not just for commissioning day.

01
Design
02
Engineer
03
Build
04
Handover

Optimized system design

AC and DC losses cut at the source, through calculated string sizing, cable routing, and equipment selection for both solar and BESS.

Pre-construction

Site-specific engineering

Soil, weather, and grid requirements shape every plant individually. No two site packages are alike.

Pre-construction

O&M-friendly construction

Accessible layouts, standardized components, and clear documentation, built for decades of operations, not just handover day.

On site

Post-installation waste management

Construction waste is cleaned up and recycled responsibly. Sites are handed over clean and ready for operations.

Closeout

How we handle an EPC project

A structured, phase-gated execution approach ensuring quality at every stage from site survey to final grid connection.

01

Design Engineering

2-4 weeks

Performance-driven designs that minimize system losses on both AC and DC sides.

Detailed system design for Solar & BESS String sizing and inverter mapping Cable sizing and loss calculations Single line diagrams and layouts
02

Soil Testing & Civil Design

1-2 weeks

Civil designs based on geotechnical soil test reports for each site.

Geotechnical soil investigation Foundation design based on SBC Drainage and grading plans Road and access design
03

Structural Analysis

1-2 weeks

Comprehensive structural engineering for long-term durability.

Load calculations (dead, live, wind) Seismic analysis where applicable Module mounting structure design Foundation and pile design
04

BOQ & Procurement

2-4 weeks

Custom Bill of Quantities—no two plants are the same.

Site-specific BOQ preparation Vendor evaluation and selection Contract negotiation Material delivery scheduling
05

Construction Execution

8-16 weeks

Dedicated site teams ensuring quality execution and safety.

Project managers and site incharges Civil, structural, and electrical works Daily progress monitoring Quality checkpoints at every stage
06

Testing & Commissioning

2-3 weeks

Rigorous testing before grid synchronization and handover.

Pre-commissioning checks Inverter and transformer testing Grid synchronization Performance ratio validation
07

Operation & Maintenance

Ongoing

Turnkey lifecycle management to secure long-term asset yields and efficiency.

Cleaning Regular safety inspection Performance monitoring Preventive maintenance
Specializations

Our EPC Specializations

Explore our specialized EPC solutions tailored for diverse residential, commercial, industrial, and utility requirements.

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Household Rooftop Solar

Designed specifically for individual house owners, residential apartments, and housing societies, we engineer premium rooftop solar installations ranging from 3 kW to 100 kW. We handle end-to-end execution—from structural viability analysis to net-metering integration—ensuring maximum energy yields and seamless grid connectivity.

To make the transition highly cost-effective, we help owners navigate and leverage direct central government subsidy benefits under the PM-Surya Ghar: Muft Bijli Yojana (and PM-KUSUM schemes where applicable). This drastically reduces upfront capital costs, accelerates your payback period, and locks in clean energy savings for decades.

Commercial Solar 1 Commercial Solar 2 Commercial Solar 3

Commercial & Industrial (C&I)

Helping businesses and factories significantly lower operational expenses, meet ESG compliance goals, and lock in long-term electricity rates. We design high-capacity captive rooftops and ground mounts optimized for industrial load profiling.

Our commercial solar solutions are designed to support heavy machinery, peak-load demands, and continuous production requirements, delivering massive cost benefits and accelerating corporate carbon offset targets.

Floating Solar Diagram Floating Solar 1 Floating Solar 2

Floating Solar

Innovative photovoltaic systems mounted on reservoirs, treatment plants, and lakes to preserve valuable land and reduce water evaporation. Constructed using corrosion-resistant anchoring to guarantee operations in active water bodies.

By combining solar arrays with aquatic anchoring structures, floating systems improve panel efficiency due to the natural cooling effect of water, while mitigating algae growth and conserving vital local water reserves.

Utility Solar 1 Utility Solar 2 Utility Solar 3

Utility Projects

Multi-megawatt grid-scale installations executed with high efficiency, optimized tracking systems, and robust substation infrastructure. We provide full end-to-end engineering, land preparation, and grid-synchronization steps.

Our utility projects leverage automated tracking arrays, centralized or string inverter stations, and high-voltage grid integrations, securing dependable renewable power assets for corporate open-access or state power purchasers.

Ready to Build Your Clean Energy Infrastructure?

Let's discuss how our end-to-end solar EPC and engineering solutions can secure your energy yields.

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