Solar Designed Around the Way You Use Power.
Avoid arbitrary "solar packages." We plan, engineer, and commission precision On-Grid, Hybrid, and Agricultural solar plants built specifically around your 12-month power consumption, roof architecture, and DISCOM grid rules.
Customer Journeys Designed Around Your Purpose
Solar is not one-size-fits-all. We organize engineering and financial recommendations around where and how you consume electricity.
For Your Home
Understand your rooftop solar requirement, net-metering eligibility with local DISCOM, and battery backup configurations before committing capital.
- Sized to your monthly electricity bill
- RCC terrace, tin-shed, or tile-roof mounting
- Guidance on applicable central/state schemes
For Your Business
Hedge escalating commercial power tariffs for manufacturing factories, commercial offices, warehouses, and cold storages with CAPEX/OPEX models.
- Daytime load matching & peak demand reduction
- Accelerated depreciation (AD) financial benefits
- Non-penetrative PEB metal roof clamp systems
For Agriculture
Reliable daytime water pumping for farms, open wells, and deep borewells independent of erratic rural power line availability.
- 3 HP, 5 HP, 7.5 HP & 10 HP solar pumps
- Surface & submersible motor compatibility
- Rugged MPPT VFD controller with dry-run protection
Start With Your Electricity Consumption
The iSolar Solar Calculator gives you an immediate preliminary estimate of system capacity (kW), required roof area, and generation yield before you speak with our engineers.
Estimated System Requirement
Direct grid-tied solar is the most cost-effective solution for properties with a stable utility supply and net-metering.
Pre-fills your 3.5 kW calculation into our engineering enquiry.
A Solar Installation Is a System, Not a Collection of Parts
The performance of your solar plant depends on how the project is engineered, installed, and connected to the utility. Here is how we execute from start to finish.
Requirement
Share past 12-month electricity bills, sanctioned load, and objective.
Site Assessment
Shadow analysis, roof structural integrity, and electrical panel inspection.
Engineering
Detailed single line diagram (SLD), string mapping, and equipment selection.
Installation
Galvanized structure mounting, DC cabling, earthing pits, and surge protection.
Approvals
MSEDCL net-metering synchronization, CEIG inspection, and bi-directional meter.
Commissioning
Plant handover, cloud IoT monitoring setup, and documentation kit.
Understand the Technology Without the Jargon
You do not need to be a solar engineer to choose the right system. Here is when each configuration makes sense.
On-Grid Solar Systems
Works directly in sync with the electricity grid. Exports surplus day units through net metering.
Hybrid Solar Systems
Combines solar generation with lithium/tubular battery banks and utility grid connection.
Off-Grid Solar Systems
Fully standalone system operating with zero dependence on the electricity distribution company.
Featured Solar Installations
Our engineering speaks before our marketing does. Explore executed projects with real capacity and metrics.
25 kW Commercial Rooftop Solar Installation
Engineered a 25 kW rooftop system for a commercial corporate office building to offset high commercial tariff consumption during daytime operational hours.
10 kW Residential Hybrid Solar with Lithium Storage
A multi-storey residential villa solar installation integrating 10 kW PV generation with a 15 kWh lithium ferro phosphate (LiFePO4) battery backup system.
50 kW Industrial Shed Solar Power Plant
Designed and executed a 50 kW solar PV installation mounted directly onto an industrial trapezoidal metal sheet factory shed.
Frequently Asked Questions
Clear answers to help you evaluate rooftop and commercial solar investments honestly.
How much solar capacity does my home or business need?
It depends primarily on your average monthly unit consumption (kWh), sanctioned load, and shadow-free roof area. A general rule of thumb for Maharashtra is that 1 kW of solar generates ~120–130 units per month and requires 80–100 sq. ft. of unshaded space.
What is the practical difference between On-Grid and Hybrid solar?
An on-grid system synchronizes with the utility grid and feeds surplus power back via net metering. It shuts down during power cuts for worker safety. A hybrid system includes a battery storage bank that keeps critical circuits powered during grid outages.
Does every roof support solar installation?
Most RCC flat terraces, industrial metal PEB sheds, and tiled roofs can support solar. However, structural load-bearing capacity, wind exposure, and localized shading from trees or parapets must be inspected before finalizing the structural design.
Are government subsidies available for residential solar?
Yes, residential consumers can apply for central financial assistance under the PM Surya Ghar Muft Bijli Yojana on designated portal quotas. Subsidy amounts depend on official scheme rules and utility meter approval. iSolar guides you through the documentation process.
How long does a complete solar installation take?
Residential systems (3–10 kW) are typically installed in 2 to 4 working days after material delivery. DISCOM net-metering inspection and bidirectional meter synchronization usually take an additional 2 to 4 weeks depending on utility turnaround.
Start With the Right Solar Requirement.
You do not have to decide the technical configuration alone. Tell us about your electricity use and site conditions. We will help you understand the next engineering step.