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Zero Energy
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OUR SERVICES

Power Smarter Live Better

Clean energy delivered efficiently to reduce waste, lower costs, and support a smarter energy future.

Solar EPC

 

Zero Energy offers end-to-end Solar EPC services including design, engineering, procurement, and commissioning of solar plants—rooftop, ground-mounted, and hybrid systems for all scales.

Our solar EPC solutions are tailored to meet commercial, industrial, and utility-scale demands with high efficiency, cost optimization, and reliable performance for long-term energy independence and decarbonization goals.

From concept to commissioning, we ensure smooth execution, intelligent integration, and post-installation support, making your transition to clean energy seamless, scalable, and aligned with your sustainability mission.

 

Residential Projects

We empower homes with smart residential solar solutions that reduce energy costs, minimize carbon footprints, and bring sustainable, reliable, and independent power to everyday living.

Zero Energy designs and installs customized solar systems for residential properties, making clean energy accessible and affordable. Our goal is to create energy-resilient homes for a better, greener tomorrow.

By integrating advanced technology with user-focused design, we deliver high-performance residential projects that not only save costs but also contribute significantly to building a more sustainable and eco-friendly world.

Corporate PPAs

 

We offer Corporate Power Purchase Agreements (PPAs) to help businesses secure long-term renewable energy at fixed costs, promoting both financial savings and sustainability.

Our PPA models allow clients to adopt solar or wind energy without upfront investment, ensuring hassle-free ownership, consistent pricing, and compliance with corporate ESG goals and carbon regulations.

Zero Energy acts as a trusted partner in structuring, financing, and delivering PPAs that are legally compliant, scalable, and customized to meet energy demand and risk preferences of enterprises.

Utility Projects

We develop large-scale utility renewable energy projects—solar, wind, and hybrid—designed to serve cities, grid operators, and energy-intensive industries with clean, reliable power.

Zero Energy’s utility-scale solutions include land acquisition, permitting, design, grid integration, and EPC services. Our projects deliver high output and align with regional and national clean energy mandates.

With deep expertise in regulatory compliance and energy infrastructure, we ensure our utility projects are future-ready, sustainable, and instrumental in transforming India’s energy landscape at scale.

Hybrid Systems

Our Hybrid Solar-Wind Systems combine the strengths of both technologies to deliver reliable, continuous power—ideal for remote areas, industries, and critical infrastructures.

Zero Energy customizes hybrid systems with integrated battery storage, ensuring power availability round-the-clock while optimizing generation and consumption through smart energy management solutions and grid support functionalities.

By blending renewable sources, hybrid solutions enhance system reliability, reduce carbon footprint, and unlock energy cost savings, empowering users with uninterrupted, clean power throughout the year.

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OUR SERVICES

Power Smarter Live Better

Clean energy delivered efficiently to reduce waste, lower costs, and support a smarter energy future.

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Empowering Every Home

We Do Residential Projects

We specialize in solar solutions tailored for homes—cutting energy costs, boosting property value, and reducing carbon footprints. Our residential projects are designed for seamless integration, long-term savings, and sustainable living.

PM Surya Ghar :
Muft Bijli Yojana

PM Surya Ghar: Muft Bijli Yojana is a government initiative launched by the Hon’ble Prime Minister of India to promote solar energy usage in residential households. Under this scheme, eligible homes can install rooftop solar panels and receive up to 300 units of free electricity per month. The government provides financial subsidies to make solar adoption affordable and aims to reduce electricity bills, promote clean energy, and contribute to a sustainable future.

Subsidy for
Residential Households

Rs. 30,000

per kW

up to 2 kW

Rs. 18,000

per kW

for additional capacity up to 3 kW

Rs. 78,000

per kW

Total subsidy for systems larger than 3 kW capped at

Subsidy for GHS/RWA

(Group Housing Society/Resident Welfare Association)

Rs. 18,000

per kW

for common facilities, including EV charging, up to 500 kW Capacity(@3 kW per house) with the upper limit being inclusive of individual rooftop plants installed by individual residents in the GHS/RWA

Suitable Rooftop Solar Plant Capacity for Households

For special states, an additional 10% Subsidy will be applicable per kW Suitable Rooftop Solar Plant Capacity for households
Average Monthly Electricity Consumption (units)
0-150
150-300
>300
Suitable Rooftop Solar Plant Capacity
1-2 kw
2-3 kw
Above 3 kw, 4kw & 5kw.

PM Surya Ghar : Muft Bijli Yojana

PM Surya Ghar: Muft Bijli Yojana is a government initiative launched by the Hon’ble Prime Minister of India to promote solar energy usage in residential households. Under this scheme, eligible homes can install rooftop solar panels and receive up to 300 units of free electricity per month. The government provides financial subsidies to make solar adoption affordable and aims to reduce electricity bills, promote clean energy, and contribute to a sustainable future.

Subsidy for
Residential Households

Rs. 30,000

per kW

up to 2 kW

Rs. 18,000

per kW

for additional capacity up to 3 kW

Rs. 78,000

per kW

Total subsidy for systems larger than 3 kW capped at

Subsidy for GHS/RWA

(Group Housing Society/Resident Welfare Association)

Rs. 18,000

per kW

for common facilities, including EV charging, up to 500 kW Capacity(@3 kW per house) with the upper limit being inclusive of individual rooftop plants installed by individual residents in the GHS/RWA

Suitable Rooftop Solar Plant Capacity for Households

For special states, an additional 10% Subsidy will be applicable per kW Suitable Rooftop Solar Plant Capacity for households
Average Monthly Electricity Consumption (units)
0-150
150-300
>300
Suitable Rooftop Solar Plant Capacity
1-2 kw
2-3 kw
Above 3 kw, 4kw & 5kw.
Subsidy For Residential Household

Rs. 30,000

per kW

up to 2 kW

Rs. 18,000

per kW

for additional capacity up to 3 kW

Rs. 78,000

per kW

Total subsidy for systems larger than 3 kW capped at

(Group Housing Society/Resident Welfare Association)

Rs. 18,000

per kW

for common facilities, including EV charging, up to 500 kW Capacity(@3 kW per house) with the upper limit being inclusive of individual rooftop plants installed by individual residents in the GHS/RWA

For special states, an additional 10% Subsidy will be applicable per kW Suitable Rooftop Solar Plant Capacity for households
Average Monthly Electricity Consumption (units)
0-150
150-300
>300
Suitable Rooftop Solar Plant Capacity
1-2 kw
2-3 kw
Above 3 kw, 4kw & 5kw.

Above 6kW Solar Projects

We handle large-scale solar projects above 6kW, offering complete design and EPC services tailored for commercial needs.

  • Custom Project Design

    We create optimized solar designs for high-capacity systems, ensuring efficiency and compliance with commercial standards.

  • End-to-End EPC Services

    From planning to execution, our expert EPC solutions deliver reliable and cost-effective solar installations for businesses.

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Industrial Projects

We empower industries with scalable solar energy solutions that reduce operational costs, enhance power reliability, and support sustainable growth in manufacturing and heavy operations.

Zero Energy engineers and implements robust solar systems tailored to industrial needs, ensuring high-efficiency energy output, compliance with regulations, and long-term environmental and economic benefits.

With our industrial-grade installations, businesses can manage energy consumption smartly, reduce emissions, and strengthen their commitment to clean and responsible energy practices.

Commercial Projects

We provide businesses with smart solar energy solutions that reduce utility expenses, ensure consistent power supply, and strengthen brand sustainability.

Zero Energy creates tailored solar systems for commercial buildings, retail chains, and offices, helping reduce energy bills while enhancing operational efficiency and eco-credentials.

Our solutions enable commercial enterprises to adopt clean energy without compromising performance—supporting a future-ready approach to energy savings and environmental responsibility.

Corporate PPAs

 

We offer Corporate Power Purchase Agreements (PPAs) to help businesses secure long-term renewable energy at fixed costs, promoting both financial savings and sustainability.

Our PPA models allow clients to adopt solar or wind energy without upfront investment, ensuring hassle-free ownership, consistent pricing, and compliance with corporate ESG goals and carbon regulations.

Zero Energy acts as a trusted partner in structuring, financing, and delivering PPAs that are legally compliant, scalable, and customized to meet energy demand and risk preferences of enterprises.

Business Model

Deferred Capex

The Deferred Capex model is a way for individuals or companies to own a solar power system without having to pay the entire cost upfront. It’s like a “pay-as-you-go” plan for solar energy, where you get the benefits of owning the solar asset—such as reduced electricity bills and environmental impact—without a large initial investment. This model makes solar more accessible, enabling more people and organizations to embrace clean energy and build a sustainable future without financial strain.

Key Benefits of Deferred Capex:

  • ✅ No large upfront investment — Spread payments over time with flexible financial terms
  • ✅ Immediate savings — Enjoy reduced electricity bills from day one
  • ✅ Ownership advantage — You still own the system and benefit from incentives
  • ✅ Promotes sustainability — A cost-effective path to a greener, cleaner future

Opex Energy Model

With the Opex model, you get seamless access to clean energy without any upfront investment or performance risk. Zero Energy owns and maintains the solar system, while you simply pay for the power you use—often 20–40% cheaper than grid rates. Our solar, wind, or hybrid solutions with storage ensure reliability, backed by a 25-year maintenance plan.

  • ✅ Hassle-Free Power

    No performance risks or hidden charges—just stable, clean energy delivered at lower-than-grid rates.

  • ✅ Long-Term Benefits

    Enjoy up to 40% savings and 25 years of maintenance-free, uninterrupted renewable energy.

Capex Model

In the Capex model, you, the power consumer, take ownership of the solar asset. Zero Energy installs the energy plant, be it an off-site wind/solar/wind-solar hybrid farm or a rooftop solar plant, while you pay for the equipment, design, installation, and commissioning costs. Under an operation and maintenance agreement, our skilled engineers assure effective plant operations with an annual contract. This approach provides advantages such as a reduced carbon footprint and a chance to claim tax benefits through rapid depreciation. Own the asset, embrace sustainability, and reap long-term rewards with the Capex model.

Group Captive Structure

With a group captive structure, multiple companies can work together to gain from a shared solar power project. They can share the expense and benefit from renewable energy by grouping to own and use the energy produced. Together, the industries, companies, or institutions – in the group can meet their renewable energy needs thanks to this concept. It results in scale economies and increased energy security. As a facilitator, Zero Energy facilitates a cooperative and sustainable approach through the Group Captive Structure. It enables everyone to have access to clean energy and promotes a more environmentally friendly future for the community as a whole.

Typical PPA vs Deferred CAPEX Model

Deferred CAPEX vs Typical Group captive PPA model have differences relating to asset ownership, captive status, accelerated depreciation benefits, payment structure, contract requirements, payables composition, etc.

Parameter Typical PPA Model Deferred CAPEX
Asset Ownership
74% Equity Ownership by Developer26% Equity Ownership by Customer
Transferred to customer’s books on Day 1 for an EPC advance
Electricity Regulator viewpoint
Group Captive wherein CSS is not applicable; Additional Surcharge might be applicable
100% Captive asset; CSS and Additional Surcharge are not applicable
Accelerated Depreciation benefits
Accrue to Developer
Accrue to Consumer
Payment Structure
Payment = Tariff x Energy generation
Total Payment = Tariff x Energy generation Structured differently as: Generation linked O&M Payments (with incentives/LDs linked to generation) Part of the payment divided against and loan and generation
Generation Risk
Payments linked to Generation
Payments linked to Generation
GST Credit on consumption of power
Applicable as it’s Not sale of electricity
GST input credit can be availed as it is generation linked payment
Collaterals required for lender
Customer provides BGs to SPV Developer pledges SPV shares to lender and also hypothecates assets to lender
Customer provides BGs to candi Customer hypothecates asset in favor of lender
Contracts Required
Power Purchase Agreement Investment agreement for 26% Equity requirements Group Captive
Supply, loan & hypothecation Agreement Land Lease Agreement Generation linked O&M Agreement
Land
Owned by Developer
Owned by Developer Leased to Consumer for nominal value

Get Started

Let’s Power Your Property with Solar

Fill out this quick form to help us understand your energy needs, property type, and usage patterns so we can recommend the most efficient, cost-effective solar solution customized to deliver long-term savings and energy independence for you.

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WORK PROCESS

Our Proven Path to
Energy Excellence

We follow a streamlined, tech-driven process to deliver clean, scalable, and efficient energy solutions—customized to align with your unique sustainability goals, operational needs, and long-term environmental impact targets.

steps
01
Consult & Assess
steps
02
Design & Engineer
steps
03
Deploy & Integrate
steps
04
Monitor & Optimize