On-grid solar
Lowest-cost electricity savings- During a power cut
- Normally switches off during a grid failure.
- Best suited to
- Reliable grid and strong daytime use
- Know before choosing
- No backup during an outage
SOLAR SOLUTIONS
Start with your energy need.
Not a solar package.
Understand the right system, prepare the right information and move from electricity bills to a practical, site-specific solar plan.QUICK SOLUTION FINDER
Four answers. One clear
starting direction.
This is an initial guide, not a final system design. Ekam’s engineers will validate your load, site and utility requirements.
CHOOSE THE RIGHT ARCHITECTURE
On-grid, hybrid or off-grid?
Compare without the jargon.
The right choice depends on grid reliability, backup expectations and operating priorities. Capacity comes after the objective is clear.
Hybrid solar
Savings plus selected-load backup- During a power cut
- Selected essential loads continue within the designed capacity.
- Best suited to
- Savings with outage protection
- Know before choosing
- Backup must be designed around selected loads
Off-grid solar
Sites without dependable grid supply- During a power cut
- The system is designed as the primary local supply.
- Best suited to
- Remote or consistently unreliable-grid sites
- Know before choosing
- Needs careful seasonal and backup planning
Important: A normal on-grid system does not supply power during a grid outage. Backup requires a correctly designed hybrid or battery-supported system.
PLAN YOUR SYSTEM
Understand the scale
before the site visit.
Illustrative starting ranges only. Final capacity depends on annual consumption, daytime load, roof feasibility and applicable utility regulations.
3–10 kW
Often considered for homes, depending on bill, sanctioned load and usable roof.
10–50 kW
A common planning range for shops, offices and smaller commercial facilities.
50 kW+
Commercial and industrial systems require interval load and detailed engineering.
About 80–110 sq. ft. per kW
Actual space varies with module dimensions, setbacks, access, shade, orientation and structure. Generation, savings, payback and installation time are site-specific.
GET AN INITIAL SAVINGS ESTIMATE →Electricity use
12 months of bills or interval data
Roof or land
Photos, shade and basic drawings
Electrical system
Sanctioned load and connection details
Your objective
Savings, backup and target timeline
START WITH YOUR BILL
Estimate potential solar savings
Use quick or seasonal electricity data to estimate system size, generation and savings.
OPEN SOLAR SAVINGS CALCULATOR →NEED POWER DURING OUTAGES?
Plan battery backup
Select essential appliances and estimate battery capacity, inverter size and backup duration.
OPEN BATTERY CALCULATOR →WHAT A COMPLETE SYSTEM INCLUDES
More than panels.
Engineered as one system.
Final makes, models, ratings and warranties are confirmed in the approved proposal.
Solar modules
Selected for output, reliability and project requirements.
Inverter
Matched to system architecture, load profile and expansion needs.
Mounting structure
Designed around the roof, wind conditions, access and corrosion risk.
Electrical protection
DC and AC protection, cabling, earthing and lightning considerations.
Monitoring
Visibility into generation, status and performance.
Optional storage
Battery capacity designed around essential loads and backup hours.
QUALITY & HANDOVER
✓ Site and structural checks✓ Documented system design✓ Safety-focused installation✓ Testing and commissioning✓ Monitoring configuration✓ Warranty and handover documents✓ Maintenance plan✓ Post-installation supportKnow what should be completed before sign-off.
ASSESSMENT TO COMMISSIONING
One accountable journey.
Five clear stages.
Utility eligibility, net-metering requirements and timelines vary by location and connection type. These are checked during feasibility and supported within the agreed project scope.
Understand
Bills, goals and site constraints
Assess
Roof, structure, electrical feasibility and utility route
Design
Capacity, equipment, generation and proposal
Deliver
Applications, installation, inspection and testing
Support
Handover, monitoring, maintenance and performance review
PROVEN IN THE FIELD
Real sites. Clear
project takeaways.
Manufacturing · Solan, Himachal Pradesh
VIEW ALL SOLAR PROJECTS →Shivalik Bimetals
Project takeaway: Engineered for a power-intensive manufacturing environment.
650 kW rooftop solar EXPLORE →Industrial · Kurali, PunjabCheema Boilers
Project takeaway: Large-scale rooftop capacity supporting long-term energy cost reduction.
1 MW rooftop solar EXPLORE →Healthcare manufacturing · Dera Bassi, PunjabAllengers
Project takeaway: Clean generation integrated at an operating manufacturing facility.
850 kW rooftop solar EXPLORE →SOLAR QUESTIONS
Answers before you
make the switch.
A standard on-grid system normally switches off for safety. Continued power requires a correctly designed hybrid or battery-supported system for selected loads.
SOLAR ENQUIRY
Bring your electricity bill.
We will clarify the rest.
Share the essentials for a site-specific discussion. Start on WhatsApp, or email bills, drawings and other documents directly to our team.
YOUR CURRENT DIRECTIONCustomerHomeGridGenerally reliablePrioritySavingsStarting pointOn-grid solar
CALL OR WHATSAPP+91 94296 90105Sales: Mon–Sat, 10:00 AM–6:00 PM
EMAILinfo@ekamenergy.com