With over a decade of experience, we understand the crucial role of a thorough site inspection in successful solar installations. Our dedicated solar consultants visit your site to meticulously assess:

• Roof Type: Whether it's RCC or metal sheet.
• Structural Strength: Ensuring the roof's condition is optimal for installation.
• Rooftop Size: Measuring to maximize efficiency.
• Ideal Tilt and Direction: Determining the best angle for maximum sun exposure.

Every parameter is considered to identify the perfect spot on your rooftop, ensuring it receives unobstructed sunlight from 9 AM to 4 PM.

We also recognize homeowners’ concerns about aesthetics. Our design team collaborates from the initial inspection to address and alleviate any worries about the appearance of your property post-installation.

Trust us to deliver a solar solution that’s not only efficient and reliable but also visually pleasing.

#2. Residential Solar Panel Installation: Excellence and Longevity Guaranteed

Once the perfect spot is identified, our design engineers and installation experts deliver on our promise: seamless installation using robust, chemically anchored mounting structures.

With a legacy built on prioritizing safety and quality, our solar systems and meticulous installation practices are unparalleled.

Partner with Kaashiva Power and enjoy a solar system you'll be proud of for the next 30 years.

#3. Easy Financing Options for All: Making Solar Affordable

We know that the upfront installation cost can be daunting.

That's why we've curated flexible financial options to make solar energy accessible for everyone:

• Quick Loan Approval: Get approval within 3 to 6 days.
• 0% Interest: Enjoy interest-free financing.
• Flexible EMI Plans: Pay over 5 years in 60 easy installments.

#4. Annual Maintenance Contract: Peace of Mind for 5 Years

We provide a complimentary 5-year annual maintenance contract to all our customers, ensuring your solar system operates at peak performance.

Our comprehensive service includes:

• Quarterly Cleaning: Regular cleaning of your solar panels.
• Preventive and Corrective Maintenance: Keeping your solar system in top condition.
• Efficiency Monitoring: Ensuring optimal power generation.

A solar rooftop system converts sunlight into electricity using several components:

• Solar panels with PV cells
• Solar inverter
• Mounting structures
• AC and DC cables
• AC and DC combiner boxes
• Earthing cables
• MC4 connectors

2. How does a solar rooftop system work?

A solar rooftop system converts sunlight into electricity through the photovoltaic effect. Here's how:

• Sunlight hits the PV cells in solar panels, generating DC electricity.
• An inverter converts DC to AC power.
• The AC power supplies your home and any excess power goes to the grid (DISCOM). If your solar power isn't enough, the grid supplies the rest.

3. How to apply for a solar rooftop subsidy?

Here's the easy process under the DBT scheme:

• Visit the National Portal for Rooftop Solar website.
• Download and install the Sandes app.
• Register on the app.
• A discom official will visit your home for a technical check.
• After getting the No Objection Certificate (NOC), choose Kaashiva Power for installation.
• Discuss the project and sign an agreement.
• Installation starts after payment.
• We provide a work completion report and apply for a net meter.
• Receive a commissioning certificate.
• Submit your bank details and a cancelled cheque on the National Portal.
• The subsidy will be credited to your account within 30 days.

4. What is the cost of solar panels for homes in India without a subsidy?

Here's the price range for different sizes of rooftop solar systems:

• 1 kW: ₹70,000 to ₹1,10,000
• 2 kW: ₹1,40,000 to ₹1,80,000
• 3 kW: ₹1,80,000 to ₹2,40,000
• 4 kW: ₹2,40,000 to ₹3,20,000
• 5 kW: ₹3,00,000 to ₹4,00,000
• 10 kW: ₹6,00,000 to ₹8,00,000

5. Do solar panels generate electricity during monsoon and winter?

Yes, solar panels still produce electricity in cloudy or rainy weather, but with reduced efficiency. This reduction is accounted for in the energy estimates for each project.

6. How much electricity does a solar plant produce?

The output depends on factors like sunlight and design. On average, a 1 kW solar plant generates about 4 units of electricity per day.

7. What is net metering?

Net metering allows solar energy owners to receive credits for excess power they send to the grid. This excess power can be used later, like at night. Your bill reflects the net energy used (total energy used minus energy sent to the grid).

Solar systems require an upfront investment. One of the most significant benefits of a subsidy on solar rooftop that it makes solar systems more affordable for consumers.

Segment	Project Size	Subsidy
Individual house	1-2 kW	₹30,000/- to ₹60,000/-
Individual house	2-3 kW	₹60,000/- to ₹78,000/-
Individual house	Above 3 kW	₹78,000/-
Group Housing Societies/Residential Welfare Associations		₹18,000/- per kW