The Solar Loophole: How to Get High-Efficiency Imported Panels (And Keep Net-Metering) After June 1, 2026

If you’ve been tracking India’s solar market lately, your WhatsApp groups and news feeds are likely buzzing with a single, urgent warning: “Non-DCR panels are getting banned from June 1, 2026!”.

At first glance, it looks like a dead-end for anyone hoping to install cheaper, high-efficiency imported solar technologies.But there is a massive, legally backed loophole that most installers aren’t talking about yet.

If you are a residential consumer willing to forgo the government’s rooftop subsidy, you can still legally install imported, ultra-high-efficiency "Non-DCR" panels and secure full net-metering approval.

Here is a breakdown of how this regulatory shift works, what the rules actually say, and how you can use this loophole to maximize your long-term solar return on investment (ROI).

Step 1: Decoding the Jargon—What are ALMM List-I and List-II?

To understand how the loophole works, we first need to break down the gatekeepers of India's solar supply chain: the Approved List of Models and Manufacturers (ALMM).

Administered by the Ministry of New and Renewable Energy (MNRE), the ALMM registry exists to verify that solar hardware deployed on Indian grids meets strict quality, safety, and 25-year durability standards. The system is divided into two parts:

1. ALMM List-I (The Module): This is the approved registry for the finished, assembled solar panels. It has been in force for years. If a panel isn't on List-I, it cannot be connected to the grid.

   
   

2. ALMM List-II (The Cell): This is the major disruptor. Moving a step deeper into the manufacturing process, List-II regulates the individual PV cells (the semiconductor wafers) inside the panel.

   
   

The June 1, 2026 Mandate: Starting June 1, 2026, the MNRE has declared a hard deadline with no blanket extensions. Every solar project seeking government support, net-metering, or open-access grid connectivity must use modules from ALMM List-I that are constructed exclusively with domestic solar cells approved under ALMM List-II.

The Problem: The Great Cell Squeeze of 2026

The government’s goal is to build an independent, Atmanirbhar solar manufacturing base in India rather than relying on imported components. However, this policy ambition is clashing with supply chain reality.

While India boasts an impressive 193 GW of approved module assembly capacity under List-I, its approved domestic solar cell capacity under List-II hovers at a tight 27 GW to 30.5 GW.

This means only about 15% of India's total panel manufacturing capacity is supported by local cells. With supply heavily constrained, panels built with Indian cells—known as Domestic Content Requirement (DCR) panels—are commanding a massive price premium, costing ₹9 to ₹11 per watt more than import-based alternatives.

The Hook: Bypassing the Squeeze with the "Give It Up" Campaign

For a typical homeowner, the PM-Surya Ghar: Muft Bijli Yojana scheme offers a lucrative subsidy of up to ₹78,000 for installing rooftop solar. But to claim that subsidy, the rules are absolute: you must use DCR panels. To enforce this, the government even requires installers to upload a unique, 16-digit digital DCR certificate per batch.

But what if you want to bypass the ₹9 to ₹11 per watt premium and install high-efficiency imported N-Type TOPCon or Heterojunction (HJT) panels instead?

This is where the MNRE's March 30, 2026 and April 9, 2026 notifications come to the rescue.

Under the "Give It Up" campaign integrated into the PM-Surya Ghar National Portal, residential net-metering consumers can voluntarily choose to forgo the central subsidy.

In an official Office Memorandum, the MNRE confirmed a major digital update to the portal: consumers who explicitly choose the "Give It Up" option are permitted to submit their solar installations without entering a DCR certificate.

By bypassing the DCR certificate requirement, you are legally allowed to install cheaper, imported "Non-DCR" panels while retaining your right to a net-metering grid connection.

Why Forgo the Subsidy? The Math on Non-DCR Efficiency

Forgoing a ₹78,000 subsidy sounds counterintuitive—until you look at the economics of modern solar technology.

Non-DCR panels are typically imported from major manufacturing hubs or assembled in India using imported cells. Historically, overseas manufacturers have held a significant lead in deploying next-generation, ultra-high-efficiency cell architectures, such as:

• N-Type TOPCon & Heterojunction (HJT): These cell designs perform exceptionally well in high-temperature climates (possessing a superior temperature coefficient), degrade much slower over a 25-year lifecycle, and generate up to 10% to 15% more power per square meter than standard P-type panels.

• Lower Upfront Cost: Because global cell manufacturing scales are massive, non-DCR panels are significantly cheaper.

If you are planning a larger residential system (e.g., 5 kW to 10 kW), the price difference of ₹9 to ₹11 per watt on the panels alone can save you between ₹50,000 and ₹1,10,000 in upfront hardware costs. When you combine those hardware savings with the 10% to 15% increased generation yield from advanced imported cells, the long-term financial ROI of a non-subsidized, high-efficiency system can easily outperform a subsidized, P-type DCR system.

The Fine Print: 4 Rules You Must Follow

If you want to take the "Give It Up" route to install high-efficiency imported panels, you must strictly play by these four rules:

1. ALMM List-I is Still Mandatory: While you are exempt from the cell-level sourcing mandate (ALMM List-II), the finished panel itself must still be selected from the master ALMM List-I. This guarantees that your imported panels have passed rigorous Bureau of Indian Standards (BIS) testing for local grid safety. Completely unlisted or grey-market panels are still banned.

2. No Subsidy U-Turns: The MNRE has made it clear that once an application is submitted on the national portal under the "Give It Up" campaign without a DCR certificate, the selection is permanent. You cannot claim a subsidy retroactively.

3. Mandatory Portal Route: You cannot bypass the system by applying directly to your local DISCOM. To secure net-metering under this exemption, you must route your application through the official PM Surya Ghar National Portal.

4. The March 2027 Expiry: This special transition pathway is scheduled to remain active until the PM-Surya Ghar program officially concludes on March 31, 2027.

The Takeaway

The June 1, 2026 cell mandate represents a milestone for domestic manufacturing, but it has created temporary pricing and supply challenges for the average consumer.

If you want maximum control over your system's technology, prefer the extreme efficiency of imported N-type or HJT architectures, and want to avoid paying a premium for domestic cells, the "Give It Up" campaign is your ticket to clean energy freedom. Talk to your solar EPC today, verify their ALMM List-I inventory, and take advantage of this policy pathway before March 2027.