Kerala’s tropical weather brings heat and humidity that make air conditioning a necessity rather than a luxury. However, running an AC throughout the summer can create steep monthly electricity bills. This has made many consumers search for a more affordable and sustainable solution—and Solar AC is emerging as the perfect answer.
Solar AC systems harness the abundant sunlight available in Kerala and convert it into clean power that can run the air conditioner at little to no cost. With sunlight available for most of the year, homeowners and businesses can enjoy cooling without worrying about high grid consumption. A typical solar-powered AC setup can reduce electricity costs by 60–90%, depending on the number of panels and usage pattern.
The technology becomes even more efficient when combined with BLDC motors. BLDC ACs consume lower energy, require fewer solar panels, and provide superior cooling at reduced operational cost. For example, while a traditional 1.5-ton AC may consume 1.5–1.8 units per hour, a Solar BLDC AC may use only 0.6–0.9 units—making a massive difference in monthly bills. Over the course of a year, this can translate to savings of ₹20,000–₹35,000 or more, depending on usage.
Solar ACs also help protect homes from volatile electricity tariffs. As prices continue to rise, consumers with solar-powered systems maintain stable operating costs without depending completely on the grid. When paired with batteries, Solar ACs can even operate during power cuts—a significant advantage in regions where supply issues still exist.
Kerala’s green initiatives and high solar potential make it an ideal market for solar cooling solutions. Government incentives and growing awareness about carbon reduction have accelerated adoption. Environmentally conscious households also prefer Solar AC because it reduces fossil fuel dependence and lowers greenhouse emissions.
Local companies such as Basta Eco Products are providing advanced Solar BLDC AC systems designed specifically for Indian climatic conditions. Their solutions combine low energy consumption with high performance and affordable long-term operation.