Our Story
With the growing global concern towards environmental degradation and the urgent need for sustainable energy solutions, Solpower (India) Pvt. Ltd., headquartered in Navi Mumbai since 2002, has been a pioneer in green energy conservation products and eco-friendly technologies. Founded by technocrats, the company’s vision and mission focus on advancing pollution control solutions, renewable energy innovations, and energy efficiency technologies that benefit industries, government, and society at large.
Our primary goals are to take every possible step to reduce carbon emissions, minimize pollution generation, and improve energy conservation through advanced, environmentally sustainable solutions.
Our Mission
To reduce carbon emissions and improve energy conservation through eco-friendly, enzyme-based products and technologies.
Our Vision
To be India’s leading provider of sustainable energy solutions, driving a cleaner and more efficient industrial ecosystem.
Despite strong governmental initiatives and support from environmental organizations and individuals, India continues to face challenges in energy sustainability. After extensive research and studies, Solpower committed itself to introducing natural enzyme-based eco-friendly products designed to curb pollution levels and promote clean energy conservation.
We partnered with a renowned Japanese enzyme manufacturer and secured exclusive rights for India to market the proven Soltron Enzyme Bio Catalyst for liquid fuel treatment. This fuel efficiency technology is globally recognized and widely used in Europe under the brand name Xmile. Under the Make in India program, Solpower will soon begin local manufacturing, blending, and bottling of this sustainable product.
In 2014, Solpower introduced the revolutionary XPLATE Nano Technology, used on the air side of industrial combustion processes to significantly improve fuel efficiency and reduce emissions. This unique nano energy device, adopted in over 14 countries, is the only globally available technology applied on the oxygen side of combustion or chemical processes.
