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India is transitioning from energy production through four different production mechanisms fossil fuel or biomass, toward cleaner sources of energy such as solar, wind, hydro or biomass, which is better for the environment and positive for the economic and job opportunity and life in general.
Let’s explore why renewable energy in India is so significant, how it works and what the future holds.
Renewable energy, on the other hand:
Comes from natural sources like the sun and wind
Never runs out
Cuts down carbon emissions
Lowers electricity bills over time
Boosts rural employment and self-reliance
In short, renewable energy helps India grow without damaging nature.
India uses a mix of solar, wind, hydro, and biomass to meet its renewable energy goals. Each source has its own strengths and benefits.
1. Solar Energy
India gets bright sunlight for over 300 days a year, making solar power a top energy source.
Key facts:
Over 81 GW of installed solar capacity
Top solar states: Rajasthan, Gujarat, Tamil Nadu
Rooftop solar and large solar parks are growing fast
Clean panels are more efficient. That’s why solar panel cleaning is important to maintain performance and output.
2. Wind Energy
Wind turbines turn air into electricity. India is one of the top 5 countries for wind energy.
Highlights:
Wind energy capacity has crossed 45 GW
Tamil Nadu, Gujarat, and Maharashtra lead in wind farms
Monsoon season supports strong wind generation
3. Hydropower
Hydropower uses river and dam water to produce clean electricity. It’s a steady and well-established source.
Hydro facts:
Over 47 GW of large hydro capacity
Common in Himachal Pradesh, Uttarakhand, and Northeast states
Small hydro projects are helping remote hill areas
4. Biomass and Waste-to-Energy
Biomass energy comes from organic materials like crop residue, dung, and wood. Waste-to-energy plants turn garbage into power.
Quick facts:
Over 10 GW of installed capacity from biomass
Biogas is widely used in rural kitchens
Cities are building plants to convert waste into power
Villages are also using solar smart poles for lighting and Wi-Fi powered by renewable energy.
India’s transition to clean energy is very much driven by government policies and financial programmes to facilitate cost cuts and deployment of renewable energy at scale within states.
The central and state administrations provide incentives, tax benefits and expeditious project approvals to stimulate public and private investment on renewable projects.
Main initiatives:
National Solar Mission (100 GW goal by 2030)
Green Energy Corridor for modern grid upgrades
Subsidies & Loans for rooftop solar and solar water pumps
PLI Scheme to support local manufacturing of solar equipment
Clean energy projects in India highlight how scalable usage can be feasible and impactful. These projects are not just about the numbers but also about uplifting lives.
Such initiatives illustrate that renewable energy can be integrated into public services, decrease pollution, and enhance communities’ energy access.
Examples:
Rewa Solar Plant, Madhya Pradesh – Powers Delhi Metro, reduces CO₂
Muppandal Wind Farm, Tamil Nadu – India’s biggest wind farm
Kolkata Waste-to-Energy Plant – Transforms city waste into electricity
Renewable energy has a real impact at the community level. It’s making daily lives better in a few different ways, including making electricity more reliable and reducing fuel costs.
Clean energy also empowers women and students with lights in their homes, safer streets, and powered schools in remote areas.
Benefits:
Homes: Rooftop solar reduces bills and cuts power cuts
Farmers: Use solar pumps for irrigation without diesel
Businesses: Save energy costs and use industrial solar systems
While the transition to a complete renewable future has certainly progressed, there are obstacles to overcome. Financial issues, seasonal barriers, and dated infrastructure impede forward progress.
Public awareness campaigns and training programs are important bridging mechanisms between policy and practice for these towns, now specifically focused on Tier 2 and rural towns.
Challenges include:
High installation costs
Battery storage limitations
Seasonal variation in sun and wind
Need for skilled workers
Lack of awareness in rural regions
India’s future energy scenario unfolds elements of innovation, digital control, and sustainable design. Emerging technologies such as AI-enabled grids and floating solar parks are already being trialed.
If R&D capital continues, India will be positioned not just as a renewable energy consumer, but rather as the premier exporter and innovator, globally.
Trends to watch:
Floating solar farms
Smart grid technology
Affordable solar batteries
Green hydrogen fuel
Goal: 500 GW of non-fossil fuel power by 2030
Initiating your clean energy journey is easier than ever. You can start small with rooftop solar or solar lights, then grow based on your requirements and savings.
Use tools available to calculate how much energy you want, length of payback, available subsidies, and rebates like online solar calculators for your state for both your needs, usage, expenses and savings.
Getting started:
Track your current power usage
Apply for available government subsidies
Work with trusted vendors like KLK Ventures
Consider net metering for extra savings
Keep your system maintained and clean
For businesses looking to cut down on electricity bills and become more sustainable, investing in solar panels offers excellent ROI. It’s a smart long-term decision that not only saves money but also adds value to the company.
Even if the upfront investment feels big, the returns — in savings, stability, and independence — make it fully worth it.
Understanding your energy needs and evaluating available rooftop space are good first steps. With proper planning and support, solar energy can help your business grow while keeping power costs under control.
KLK Ventures helps farmers with the entire process — from application to installation.
While PM-KUSUM is a national scheme, many states offer additional incentives or faster processing. For example:
Each state has its own quota, timeline, and selection process.
Q1. Can I get a solar pump through the government scheme?
Yes, under PM-KUSUM, you can apply for a subsidized solar water pump.
Q2. What is the subsidy percentage?
Subsidy usually covers 60–90% depending on your state and the scheme component.
Q3. Do I need to own land to apply?
Yes, land ownership or lease documents are required.
Q4. Can I earn money by selling power to the grid?
Yes, under Component A and C, you can sell excess solar power and earn.
Q5. Does KLK help with subsidy applications?
Absolutely. KLK Ventures supports farmers with the complete process.
Q6. Is the solar system safe and durable?
Yes, systems come with strong build quality and long-term warranties.
Q7. How long does it take from application to installation?
Usually between 30–60 days, depending on the approval speed and location.
The Government Solar Scheme for Farmers is a golden opportunity to reduce farming costs, save energy, and make agriculture more sustainable. With solar power, farmers don’t just save money — they also gain freedom from unreliable electricity and fuel.
With the help of trusted partners like KLK Ventures, it’s easy to shift to solar with expert support and access to government benefits.
If you’re a farmer looking for better power options, solar is the way forward.