Renewable Pivot in Andaman & Nicobar Islands – Solar Micro‑Grids & Clean‑Energy Drive

Renewable Pivot: The Union Territory of Andaman & Nicobar has set in motion a bold clean-energy initiative by floating a tender to install rooftop solar systems with battery backup totaling 30 MW across its inhabited islands. Under the scheme, 15,000 homes will each receive approximately 2 kW rooftop systems, spread over three “buckets” of deployment in Port-Blair & nearby islands, North & Middle Andaman, and Car-Nicobar/other remote islands. This initiative is crucial for reducing the reliance of remote island communities on costly and polluting diesel generators. The inclusion of battery backup is key to ensuring continuous power supply, overcoming the grid instability inherent to island power systems. This deployment highlights the UT’s commitment to achieving energy independence and sustainability.

Project Design & Scope for Renewable Pivot

Deployment Zones

• Bucket I: 21 MW in Port‑Blair, Swaraj Dweep, Shaheed Dweep, Little Andaman & Dugong Creek
  
• Bucket II: 7 MW in North & Middle Andaman
  
• Bucket III: 2 MW in Car‑Nicobar, Kamorta, Chowra, Katchal, Teressa, Campbell Bay
  

Model & Implementation

The scheme follows a utility‑led aggregation model under PM Surya Ghar: Muft Bijli Yojana. Selected bidders must install, operate and maintain the systems for 25 years, and meet criteria such as minimum capacity utilisation (13.5 %) and bidder‑financial strength. 

Why It Matters

Clean Energy for Remote Regions

The islands historically rely on diesel‑based power, which is costly, polluting and logistically challenging. This solar‑battery push can significantly reduce operational costs and carbon footprint.

Climate Resilience & Strategic Significance

Being in a cyclone‑prone zone and remote maritime environment, off‑grid renewables strengthen energy resilience and reduce dependence on vulnerable supply chains.

Socio‑Economic Impact

Distributed rooftop solar empowers households, enhances energy access, and can stimulate local technical employment and skills development.

Also Read: Shining Light on Solar: The Rise of Clean Energy

Challenges & Critical Success Factors

Financing & Viability

Ensuring projects are financially viable—especially with battery storage in remote zones—is key. The awarding process requires credible bidders with demonstrable track records.

Maintenance & Logistics

Island conditions (salt‑air, tropical storms, transportation cost) pose maintenance challenges. Longevity of assets, durability and operations need robust planning.

Integration with Grid and Policy

While rooftop systems reduce load, coordination with grid‑upgrade, net‑metering, regulatory frameworks and storage dispatch is essential for effectiveness.

Empowering Remote Communities 

In a world focused on high‑tech solutions, the teachings of Sant Rampal Ji Maharaj remind us that true progress is rooted in service, harmony with nature and upliftment of all. The islands’ clean‑energy drive is more than infrastructure—it is about enabling human life, preserving the environment and empowering remote communities. From a satgyan perspective, aligning technology with ethical purpose and ecological stewardship imbues the project with deeper significance than simple megawatts.

Forward Outlook

Project Milestones

The bid‑submission deadline is 17 November 2025 for the 30 MW package. Deployment and commissioning timelines will be closely watched. 

Scaling & Replication

If successful, the model could be replicated in other remote Indian territories and island‑economies globally.

Monitoring & Impact Assessment

Key metrics to track include actual installed capacity, cost‑savings, diesel displacement, battery performance and user‑satisfaction.

FAQs: Andaman & Nicobar Rooftop Solar Initiative