Case Study: How ReNRG Helped Seinumero Nirman Go Solar

April 26, 2025

Key Takeaways

Seinumero Nirman cut energy costs with a 1030kW rooftop solar system.
Solar now powers 60% of operations, reducing emissions and downtime.
ReNRG enabled investment through tokenized, decentralized financing.
The project showcases DePIN’s role in powering industrial clean energy.

In the heart of Maharashtra’s manufacturing corridor, energy costs are high, and power reliability is anything but certain. For Seinumero Nirman, a precision components manufacturer, this wasn’t just a challenge but a bottleneck to growth.

So when the opportunity came to reduce energy costs, stabilize power supply, and adopt a cleaner energy model, they partnered with ReNRG. The result? A game-changing rooftop solar plant that now powers the majority of their operations, sustainably.

The Problem: High Costs, Unstable Grid, Fossil Dependence

Manufacturing in India is energy-intensive and grid electricity isn’t cheap. In Maharashtra, industrial units pay over ₹10 per unit, among the highest tariffs in the country. To make matters worse, the grid supply is unreliable, with regular outages causing costly downtimes.

Before switching to solar, Seinumero Nirman was entirely dependent on the grid, consuming fossil-fuel-based power to run operations. That meant:

High monthly electricity bills
Unpredictable interruptions
High carbon footprint

The ReNRG Solution: Rooftop Solar at Industrial Scale

In August 2024, ReNRG, backed by Distributed Energy, commissioned a 1030kW grid-connected rooftop solar system at the Gogalwadi facility. Designed to optimize available roof space while integrating smoothly with existing infrastructure, the solution was both technically sound and future-ready.

Key project specs:

Location: Gogalwadi, Maharashtra
Capacity: 1030kW
Type: Grid-connected rooftop solar
Commissioned: August 26, 2024

The Results: Cleaner, Cheaper, More Reliable Power

The impact was immediate and measurable.

“Since switching to solar, we’ve not only reduced costs but improved power stability during peak hours,” said the operations head at Seinumero Nirman.

Here’s what the plant has achieved in just a few months:

60% of energy needs now met via solar
165 tonnes of CO₂ emissions avoided
115 tonnes of coal saved
Over $15,000 in energy costs saved
Significantly reduced reliance on grid power

The factory now operates with far greater energy resilience, ensuring smooth production even during local grid disturbances.

Who Made It Happen

This kind of project doesn’t succeed in a vacuum – it takes collaboration, technical expertise, and the right financial structure.

Execution Partner: Distributed Energy handled everything from design to commissioning
Decentralised Network Partner: ReNRG is involved in the tokenisation of asset and their consequent financing and allocation

Navigating Challenges

Aligning industrial energy needs with clean energy supply
Seamlessly connecting crypto users to remote solar offtakers and operators

Why It Matters

This project is more than a solar installation, it’s a proof point. A model that shows how industrial solar in a DePIN can be both economically sound and environmentally critical.

ReNRG’s mission is to decentralize energy infrastructure, and this case validates the potential of rooftop solar in helping businesses and investors:

Cut costs
Reduce carbon footprints
Gain independence from volatile energy markets

What's Next

ReNRG isn’t stopping here. With expansion plans across Tamil Nadu, Kerala, and multiple regions in Africa, we’re scaling what works in clean energy solutions that support real businesses and real communities.

Want to be part of that future?

Reach out to ReNRG and let’s talk solar. https://app.renrg.io/contact

FAQs

Why did Seinumero Nirman choose to transition to rooftop solar?

They faced high electricity costs, frequent grid outages, and a heavy carbon footprint. Solar offered a reliable, cost-effective, and sustainable alternative.

What specific role did ReNRG play in making this solar project possible?

ReNRG enabled the decentralized financing of the project through asset tokenization. By using blockchain technology, ReNRG allowed clean energy supporters including retail and crypto investors to directly fund the project. This innovative model helped secure capital efficiently while ensuring transparency and traceability in energy investment.

What makesWhat were the key outcomes of the solar installation? blockchain-based carbon credits more effective?

The factory now sources 60% of its energy from solar, saving over $15,000 in costs, avoiding 165 tonnes of CO₂ emissions, and significantly reducing grid dependency.

Is this model replicable for other businesses?

Absolutely, this case shows how decentralized, tokenized solar solutions can deliver measurable benefits for industrial players economically and environmentally.

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