Pune’s  College of Military Engineering (CME) has proudly announced its transformation into the country's first carbon-negative military formation. This milestone was reached with the unveiling of a state-of-the-art 5-megawatt (MW) solar power plant. With this, the institution's solar power generation capacity increased to an impressive 7 MW. 

The term 'carbon negative' signifies an entity's ability to emit less than zero carbon dioxide and carbon dioxide equivalent (CO2e) greenhouse gases. This is achieved through ingenious processes such as carbon capture, sequestration, and avoidance, which collectively offset more carbon than the entity introduces into the environment.

Established in 1948 as a distinguished educational institution for the armed forces, the CME plays a pivotal role in training personnel across all ranks of the Indian Army, Navy, and Air Force, in addition to training foreign military members on diverse technical and tactical aspects of evolving warfare strategies.

In recent times, the College of Military Engineering has undertaken an array of forward-thinking projects to significantly reduce its carbon footprint. Spearheaded by the Military Engineering Services (MES) through the office of Garrison Engineer (CME), Khadki, these initiatives have yielded impressive results, the most prominent being the phased implementation of the 7-MW solar power plant.

The journey towards carbon neutrality commenced with the commissioning of a 2-MW solar power plant in 2021. That effectively catered to a substantial portion of the institution's daytime energy requirements. The true turning point was the completion of the second phase, resulting in a 5-MW solar power plant. This achievement was pivotal in realizing the objectives outlined in the 'National Solar Mission' under the Government of India.

Beyond the obvious environmental contributions, the CME has emerged as a harbinger of fiscal savings. With an estimated annual saving of Rs 6.5 crore to the national treasury, this achievement underscores the economic viability of renewable energy initiatives.