C&I Solar EPC - SHKYMCK Green Energy

Industrial-Grade Solar Deployments

Owning your own solar system will benefit your production cost due to the rising price of electricity. Our focus at SHKYMCK Green Energy is to empower and enable organizations to contribute towards the decarbonization and decentralization of power. We understand India is a value-conscious market – the 30–50% savings in per-unit cost of power we offer customers continues to be our primary driver.

Reducing power costs for your organization, bringing down your carbon footprint, meeting Renewable Purchase Obligations, acquiring transient power from the spot market or transitioning to electric mobility – whatever your energy demand is, our organization will tailor-make the solar solution to suit your objectives.

Schedule a Industrial Feasibility Study

Utility & Rooftop Procurement

Net Metering vs. Open Access

Commercial and industrial energy consumers have two primary pathways to leverage solar power depending on their land availability, energy demands, and scale of operations.

Net Metering (On-Site)

Designed for on-site rooftop systems (usually smaller capacity, capped limits) where excess generation offsets local consumption.

Setup: On-site rooftop, carport, or ground installation.
Scale: Capped capacity based on local distribution transformer capacity.
Charges: Exempt from wheeling and transmission charges.

Open Access (Off-Site)

Allows large consumers (typically 1 MW and above) to buy electricity directly from third-party generators or remote solar/wind farms using the public transmission grid.

Setup: Remote off-site solar farms feeding into grid.
Scale: Multi-megawatt scalable to meet entire plant loads.
Charges: Incurs transmission, wheeling, and cross-subsidy surcharges.

Feature	Net Metering (On-Site)	Open Access (Off-Site)
Generation Setup	On-site (Rooftop / Carport / Ground)	Remote (Off-site solar/wind farms)
Eligible Consumer Scale	Any commercial/industrial size (typically < 1 MW)	Large consumers (typically > 1 MW connected load)
Capacity Limits	Capped by rooftop space and local transformer capacity	Uncapped / Multi-megawatt scalable based on total contract demand
Grid Wheeling Charges	Exempt (No wheeling charges)	Applicable (Incurs transmission & surcharges)

Innovative Parking Solutions

Solar Carports

Maximize your parking lot's utility by converting open spaces into high-yield clean energy generators. Solar carports are the perfect solution for businesses with limited roof space or those looking to expand their renewable energy capacity.

Our structures are custom-engineered from premium, corrosion-resistant steel or anodized aluminum to withstand local wind loads. They provide shaded comfort to parked vehicles, reduce asphalt heat island effects, and can be seamlessly integrated with EV charging stations to support corporate fleet electrification.

Request a Carport Design Estimate

Key Benefits

Why Choose Solar Carports?

SHKYMCK Green Energy's ultimate guide highlights how underutilized parking areas become major financial and sustainability drivers. Here is how we deliver this technology:

Environmental Benefits

Reduces carbon footprint and promotes sustainability.

Higher Solar Capacity

Can support larger PV arrays than limited rooftop space.

EV Charging Integration

Supports clean transportation with solar-powered charging stations.

Optimized Space Usage

Converts parking lots into energy-producing areas without using extra land.

Lower Energy Bills

Generates solar power to reduce electricity costs.

No Roof Modification

Ideal when rooftop installation is not feasible.

0% Roof Risk

Structure Options

Tailored Architectural Configurations

Layout type 01

Cantilever Design (Single Row)

Ideal for single-row parking configurations. The cantilever architecture places structural supports on one side only, making it easy for drivers to maneuver in and out of spaces without column interference.

Optimized for walkways and perimeter parking spots
High aesthetics with modern suspended design
Easy snow, rain, and water drain clearance

Layout type 02

T-Frame / Pi-Frame (Double Row)

Perfect for large-scale parking lots with double rows of cars back-to-back. Uses a central T-Frame column or a four-column Pi-Frame design to support massive photovoltaic spans with minimal ground structural impact.

Most cost-effective structure per watt of solar
Spans up to 10-12 parking spots per structural bay
Highly stable, resistant to high wind speed environments

Execution Roadmap

Our Working Process

From initial assessment to grid integration and multi-decade maintenance, we follow a rigorous 9-step execution framework. Hover over each phase below to see its detailed description.

Site Assessment

Detailed physical analysis of rooftop conditions, shading hazards, orientation, and structural integrity.

Load Analysis & Feasibility Study

Evaluating electrical loads, energy demand curves, transformer capacities, and financial feasibility.

System Design & Engineering

High-precision engineering of solar layouts, electrical string plans, civil mounts, and shadow simulations.

Proposal & Client Approval

Submitting comprehensive commercial proposals, savings projections, and finalizing contract approvals.

Procurement & Project Planning

Sourcing tier-1 modules, inverters, and structural components alongside precise project schedules.

Installation & Construction

Safe construction, mechanical mount assembly, module mounting, and electrical DC/AC cabling.

Testing & Commissioning

Comprehensive safety tests, string checks, insulation resistance testing, and trial system startup.

Grid Synchronization & Handover

Liaisoning with utility inspectors, bidirectional net-meter testing, and official project handover.

Operation & Maintenance

Continuous cloud-based monitoring, periodic solar module cleaning, preventive checks, and upkeep.