Developers fear unfair state-specific levies will make solar more expensive
Developers fear unfair state-specific levies will make solar more expensive
Madhya Pradesh’s new levy on solar developers selling power to entities other than the state distribution companies (DISCOMs) has confirmed the industry’s fear that more states are formulating laws to squeeze solar projects through state-specific levies. The state has announced a Harit Urja Vikas fee of Rs. 0.10/kWh on electricity sold to non-DISCOM consumers. This fee will be applicable to all renewable energy projects with consumers outside Madhya Pradesh. Additionally, in the case of open-access projects, the levy will apply to the entire electricity generated by projects.
Madhya Pradesh’s levy goes a step further in scope than Rajasthan, which imposes a cess between Rs. 200,000 and Rs. 500,000 per MW annually on developers for supplying power to utilities other than DISCOMs in Rajasthan. While the Rajasthan levy is effective on DISCOMs of other states, the green energy levy in Madhya Pradesh will also be borne by commercial and industrial units (C&I) located within the state and procuring solar power through open access.
A developer stated that other states would also start looking at solar projects as an easy and attractive source of revenue. “The Madhya Pradesh fee is akin to the state shooting itself in the foot as its domestic C&I base will suffer due to more expensive solar power.” Another developer specializing in solar open-access projects mentioned that “the Rs. 0.10/kWh levy will not make projects unviable but will surely eat into the profits. Also, the question is not about how it will affect captive or third-party projects but the fairness of imposing such fees. This goes against the growth and development of the renewables sector.”
Over the past few years, C&I consumers all across the country have moved towards renewable energy, especially solar energy, as it has provided meaningful savings in energy costs. By going green, C&I units have gained more credibility and attracted fresh business while being able to secure loans at a reasonable rate as well.
The suite of fees imposed by DISCOMs is adding pressure on developers by cutting into their profits and potentially increasing the cost of projects. States must ensure that the growth of renewables is not hampered if they aim to contribute meaningfully to India’s renewable energy goals.
Suggested Articles

Solar Microgrid Solutions: Smart, Reliable & Scalable Power Systems
Solar microgrid solutions provide smart, reliable, and scalable power by integrating solar energy, battery storage, and intelligent control systems. These systems ensure uninterrupted electricity for industries, campuses, communities, and remote locations while reducing grid dependency and energy costs.

Case Study: Successful Design, Installation, and Commissioning of a 50 kWp Rooftop Solar PV Plant
This case study details our experience in designing, installing, and commissioning a 50 kWp solar PV rooftop power plant. Learn how we overcame technical challenges, optimized system performance, and delivered clean, reliable energy. Discover insights on panel selection, inverter sizing, monitoring, and commissioning processes that ensured maximum efficiency and long-term performance for the rooftop solar installation.

Solar PV Fault Inspection & Corrective Maintenance Guide
A complete guide to identifying, recording, and repairing anomalous conditions in solar PV systems to improve reliability, performance, and safety.

Battery Bank Stand & Spill Containment Installation Guide
A complete guide to battery bank stand installation and spill containment, covering setup, safety, and best practices for solar projects.

How to Check Equipment Location for Solar PV Systems
A complete guide to battery bank enclosure and rack installation, including site verification, setup procedures, and safety practices for solar PV systems.

Why Industrial Solar Plants Underperform
Understand what happens when an industrial solar plant underperforms, how it affects energy generation and cost savings, and how monitoring, diagnostics, and preventive maintenance can improve performance.

Grounding Conductor Sizing for Solar PV Systems
A complete guide to determining grounding conductor size for solar PV systems, ensuring safe, compliant, and reliable installations.

How to Calculate PV Power Output? Step-by-Step Guide
Calculating PV power output helps you estimate how much electricity a solar system can generate. This step-by-step guide explains the PV power output formula, examples, and key factors affecting solar energy production.