Utility Solutions

Name: AmpIn Energy Transition (Formerly Amp Energy India)
Address: 309, Rectangle One, 309, Rectangle One, behind Sheraton Hotel, Saket, New Delhi, 110017, IN
Telephone: 011 4388 8900

AMPIN Energy provides tailored Utility Solutions, leveraging cutting-edge Solar, Wind, Hybrid, and Round-The-Clock (RTC) energy systems to deliver reliable and sustainable power. Our innovative approach ensures optimal energy generation and seamless integration into existing grids, helping utilities meet growing demand while advancing their sustainability goals.

Comprehensive Offerings:

Solar

Harness the power of the sun with scalable solar energy systems.
Wind

Tap into wind energy for efficient and consistent power generation.
Hybrid

Combine solar and wind energy to maximize efficiency and reliability.
RTC/ Virtual VPPAs

Round the Clock RE ensures uninterrupted, 24/7 renewable power through advanced energy storage and hybrid technologies.

Highlights

1
Diversified Technologies We offer a range of solutions, including solar, hybrid, and floating solar, catering to both C&I and utility customers, ensuring flexibility and innovation across diverse energy needs.
2
Combining Utility and C&I Expertise By merging our expertise in utility-scale projects with our strong track record in C&I solutions, we are poised to capture emerging opportunities in ISTS and Virtual Power Purchase Agreements (VPPAs).
3
PPAs with World Class Off-Takers We have established Power Purchase Agreements (PPAs) with top-tier off-takers such as SECI, NTPC, RUMSL, SJVN etc, ensuring long-term, reliable revenue streams and reinforcing our commitment to high-quality, sustainable energy solutions.

Case Studies

Solar-Wind Hybrid

Case Study: Gujarat Solar Wind Hybrid – 59.7 MWp
AMPIN’s first project under the Gujarat Renewable Energy Policy 2023 and second solar-wind hybrid project to be commissioned in the state.

With a capacity of 59.7MWp spread across 81 acres ( 30MWp solar DC) (29.7MW wind), it consists of a total of 55,500 modules (540Wp each), 4 inverters (5MW each), and 9 turbines, (3.3MW each).

The state-of-the-art project meets the sustainability targets of 14 marquee customers in the state through a unique group captive structure and also provide them with savings of ~35-40% in energy costs while mitigating CO2 emissions of ~10,80,000 MT.

AMPIN has commissioned back-to-back solar-wind hybrid projects in Gujarat and has a cumulative capacity of 112MWp solar-wind hybrid projects in the state.

Solar

Case Study: Amazon Web Services – 135 MWp
India’s first ISTS connected solar PV project with a long-term C&I power purchaser.

Fully operational and commissioned on schedule in December 2023, this project is located in Bhadla, Rajasthan, a state wherein AMPIN is developing 1 gigawatt (GW) of utility-scale projects.

This project is spread across 580 acres of land and will help mitigate ~59,81,000 MT of CO2 by its green power generation, thereby promoting environmentally friendly power generation.

This state-of-the-art single-axis tracker-based project underscores AMPIN’s commitment of delivering high quality projects on time & facilitating the transition towards a sustainable future.

Floating Solar

Case Study: Rewa Ultra Mega Solar Ltd. – 140 MWp
This is India’s largest Floating Solar Project by an IPP.

AMPIN has distinguished itself by being the FIRST & ONLY company to commission its project (in Phase 1) and in a record time of only 12 months.

It is a groundbreaking project since it is the first installation of a floating solar plant in a dam reservoir (natural waterbody) in India, with previous ones being on constrained waterbodies.

With over ~2,60,000 solar panels mounted on over 9,36,000 floaters, the plant will generate about 198 MUs per year & help mitigate over 85,000 MT of CO2 per annum.

Distributed Generation/ Government

Case Study: Kochi Metro Rail Ltd. – 7.87 MWp
The project has been installed on a combination of rooftop, ground mount and elevated structures for Kochi Metro Rail Ltd.

This is a 7.87 MWp project in Kochi, Kerala and has been developed in 2 phases (Phase 1- 2.67 MWp and Phase 2- 5.2 MWp).

The project is supplying solar power to the metro stations, depots and meets about 35-40% of energy needs of KMRL.

In addition to providing economic benefits to KMRL, the project is also instrumental in reducing CO2 emissions at 9471.75 MT/ year.

In this plant, about one-third capacity (2.3MWp) is installed on an elevated stable solar shed which is set up on frames of stabling lines. The elevated stabling shed was constructed with a dual purpose of accommodating trains and using the unutilized space for solar power generation. Due to its innovative design and versatility, it is a leading example for mass transportation systems to switch to renewables.