Who We Are
Ilaya Green Energy is a fully integrated renewable energy platform. We own the entire value chain from manufacturing critical components to delivering turnkey EPC solutions to operating longterm IPP assets. Our vertically integrated approach ensures cost efficiency, faster deployment, and long-term energy reliability.
IPP Ownership
We develop, own, and operate renewable energy assets, securing stable returns through long-term power contracts.
Manufacturing Backbone
In-house production of key components including BESS, inverters and structures ensures quality control, scalability, and supply chain independence.
EPC Excellence
We provide end-to-end Engineering, Procurement, and Construction services, ensuring seamless project execution.
Our Mission
To deliver end-to-end renewable energy solutions by integrating manufacturing, EPC expertise, and IPP ownership-creating sustainable, reliable power for generations.
Our VISION
To be a global benchmark in integrated renewable infrastructure-accelerating the world’s clean energy transition while fostering long-term value for communities and the planet.
Our Mission
To deliver end-to-end renewable energy solutions by integrating manufacturing, EPC expertise, and IPP ownership-creating sustainable, reliable power for generations.
Our VISION
To be a global benchmark in integrated renewable infrastructure-accelerating the world’s clean energy transition while fostering long-term value for communities and the planet.
Our Leadership
Dheerajj Mishra
Founder & Director
Solar Pulse Energy Pvt Ltd
A pioneer in India's solar journey with over 13 years of hands-on experience in solar technology, project execution, and clean-mobility innovation. Dheeraj Mishra is one of India's most recognised solar pioneers. He built India's first passenger solar car, flagged off by the President of India, and has represented India at global solar challenges. As the founder of Solar Pulse Energy, he brings deep echnical expertise, strong execution capabilities, and a clear strategic vision to the company.
Amay Vatsalya
Head of Exports & Operations
Elitecon International Ltd
Mr. Amay Vatsalya is a dynamic leader with over 8 years of experience in operations, international sales, and business expansion across global markets. As a promoter, he leads the companys growth strategy, strengthens international supply chains, and drives operational excellence. With expertise in export logistics, strategic marketing, and client relationship management, he plays a key role in scaling the business and delivering sustainable growth.
What We Stand For
Sustainable Impact
We create a greener future with renewable energy.
Innovation & Technology
Using advanced tech, we optimize energy solutions.
Reliability & Agility
We deliver fast, high-quality execution you can trust.
Self-Sustaining Ecosystem
Our in-house manufacturing, EPC, and IPP reinforce each other.
Global Leadership
We’re leading the shift toward a renewable-powered world.
Value Creation
We build long-term value for all stakeholders-investors, communities, and the planet.
OUR integrated
PORTFOLIO
We deliver a comprehensive renewable ecosystem. From advanced energy storage to full scale project execution, each part of our portfolio plays a vital role in powering the future.
01
12 GW
BESS Capacity
02
10 GW
Inverters & Transformers Capacity
03
5 GW
MMS Capacity
04
5 GW
LT/HT Panels Capacity
05
5 GW
Inverter Duty Transformers
Battery Energy Storage System (BESS)
Stores excess renewable energy and releases it during peak demand. Deployed in utility-scale projects and for grid stability. Strategically enhances reliability and maximizes renewable integration.
Grid stability, peak saving, energy efficiency.
Battery Energy Storage System (BESS)
Bess Capacity
12GW
Stores excess renewable energy and releases it during peak demand. Deployed in
utility-scale projects and for grid stability. Strategically enhances reliability and maximizes
renewable integration.
Grid stability, peak saving, energy efficiency.
Inverters & Transformers
Convert DC from solar to grid compatible AC. Deployed in large scale solar and IPP projects. Strategically ensures power quality and efficient transmission.
Power quality, efficient conversion, grid reliability.
Inverters & Transformers
Bess Capacity
12GW
Convert DC from solar to grid-compatible AC. Deployed in large-scale solar and IPP
projects. Strategically ensures power quality and efficient transmission.
Power quality, efficient conversion, grid reliability.
Module Mounting Structures (MMS)
Provide durable support for solar modules. Deployed in utility, commercial, and rooftop solar projects. Strategically ensures structural integrity and optimal energy yield.
Structural stability, easy installation, long-term performance.
Module Mounting Structures (MMS)
Bess Capacity
12GW
Provide durable support for solar modules. Deployed in utility, commercial, and
rooftop solar projects. Strategically ensures structural integrity and optimal energy yield.
Structural stability, easy installation, long-term performance.
LT/HT Panels
Enable safe, reliable power distribution. Deployed in utility and hybrid projects. Strategically ensures compliance and smooth energy dispatch.
Safe distribution, system protection, operational reliability.
LT/HT Panels
Bess Capacity
12GW
Enable safe, reliable power distribution. Deployed in utility and hybrid projects. Strategically ensures compliance and smooth energy dispatch.
Safe distribution, system protection, operational reliability.
Inverter Duty Transformers
Regulate voltage and ensure stable power. Deployed in solar and hybrid projects. Strategically extend system life and improve power quality.
Voltage stability, power quality, extended system life.
Inverter Duty Transformers
Bess Capacity
12GW
Regulate voltage and ensure stable power. Deployed in solar and hybrid projects. Strategically extend system life and improve power quality.
Voltage stability, power quality, extended system life.
Industries We Serve
Utility-Scale Projects
Commercial & Industrial
Government & Public Sector
Original Equipment Manufacturers
Engineered for Control. Built for Scale.
At Ilaya Green Energy, manufacturing is not a standalone function - it is the structural backbone of our integrated renewable platform.
By aligning in-house production with EPC execution and IPP asset development, we create a closed-loop renewable ecosystem designed for speed, reliability, and long-term value.
Integrated EPC-Backed Manufacturing Model
Control components. Strengthen execution. Secure performance.
Component Design & Engineering
In-House Manufacturing
Integrated EPC Deployment
Real-Time Monitoring & Optimization
Performance Feedback into Manufacturing Improvements
This integrated cycle ensures
Reduced third-party dependency
Faster deployment timelines
Stronger quality control
Continuous performance refinement
Why It Matters
Cost Efficiency
In-house production reduces procurement volatility, improves pricing control, and strengthens project-level margins.
Assured Reliability
Direct oversight across critical components ensures consistent quality and performance across utility-scale deployments.
Scalable Infrastructure
Modular production capabilities allow rapid ramp-up to support multi-GW renewable expansion
End-to-End Backward Integration
Full value-chain integration enables timely, cost-efficient, reliable delivery and lowers risks for investors and clients
Global Expansion Ready
Dual-hub strategy (India + International expansion) strengthens export capability and regional delivery speed.
Backward Integration of IPP Projects
At Ilaya Green Energy, backward integration defines how Independent Power Producer projects are built and delivered. By unifying in-house manufacturing, component supply, and turnkey EPC execution within a single value chain, Ilaya eliminates third-party dependency, strengthens quality control, and ensures every solar plant is delivered with superior reliability, cost efficiency, and long-term performance certainty.
Backward Integration of IPP Projects
At Ilaya Green Energy, backward integration defines how Independent Power Producer projects are built and delivered. By unifying in-house manufacturing, component supply, and turnkey EPC execution within a single value chain, Ilaya eliminates third-party dependency, strengthens quality control, and ensures every solar plant is delivered with superior reliability, cost efficiency, and long-term performance certainty.
Structured Execution. Integrated Delivery.
At Ilaya Green Energy, renewable infrastructure is delivered through a disciplined, fully integrated development model that unifies manufacturing, engineering, EPC execution, grid integration, and long-term performance monitoring within a single platform. From site identification to grid synchronization, every stage is strategically aligned to ensure faster time-to-power, tighter capital control, reduced supply chain risk, higher operational uptime, and optimized lifecycle returns. Unlike fragmented developers dependent on multiple external vendors, Ilaya transforms renewable development into a synchronized infrastructure system - built with precision, delivered with control, and engineered for long-term performance.
EPC Integrated Backend Manufacturing Plant
Faster Project Delivery
Direct control over procurement and construction eliminates external delays, ensuring projects are completed faster and on schedule.
Competitive Pricing
In-house manufacturing of BESS, inverters, and panels removes intermediary costs across the supply chain.
IP and Technology Ownership
Proprietary engineering, hybrid modeling, and in-house component production build owned technology assets.
Operations and Maintenance
IoT-enabled monitoring, predictive maintenance, and asset management ensure sustained plant performance.
Data and Performance Intelligence
Energy output analytics and long-term performance data drive continuous improvement across every project stage.
Delivering Renewable Infrastructure with Certainty
At Ilaya Green Energy, execution transforms renewable ambition into operational reality. By integrating in-house manufacturing, engineering precision, turnkey EPC delivery, and real-time performance monitoring, we convert complex renewable developments into high-performing, grid-connected assets - delivered with speed, cost discipline, and long-term reliability. Our vertically integrated platform ensures single-point accountability, reduced risk exposure, and infrastructure built to perform beyond commissioning.
Speed of Delivery
Integrated supply chain alignment accelerates commissioning timelines.
Cost Discipline
Manufacturing-backed EPC control minimizes capital overruns.
Quality Assurance
End-to-end oversight ensures global-standard performance.
Risk Mitigation
Reduced vendor fragmentation lowers execution uncertainty
System Reliability
Engineered for long-term operational stability
Performance Optimization
IoT-enabled monitoring maximizes uptime and energy yield.
Responsible Infrastructure. Measurable Impact.
At Ilaya Green Energy, sustainability is embedded across our value chain - from manufacturing and project execution to long-term asset operations. Our integrated renewable platform is designed not only to generate clean energy, but to create enduring environmental, social, and
economic value.
We believe renewable infrastructure must be scalable, responsible, and transparent.
Environmental Stewardship
- Accelerating clean energy generation
- Supporting grid decarbonization
- Reducing lifecycle emissions
Enabling solar + storage integration - Driving long-term renewable adoption
Our projects contribute directly to the global transition toward low-carbon energy systems.
Social Responsibility
- Local employment generation
- Skill development & training initiatives
- Community engagement programs
- Safe working environments
- Responsible land development practices
We prioritize inclusive growth and community partnership across every project region.
Governance & Accountability
- Transparent project execution
- Risk-managed capital allocation
- Strong compliance frameworks
- Regulatory adherence
- Ethical operational standards
Our governance approach ensures institutional-grade discipline across manufacturing, EPC delivery, and IPP operations.
Sustainable
Growth Model
By aligning ESG principles with execution excellence, we build infrastructure that delivers both performance and responsibility.
