Kirloskar has always been focused on sustainable and customer-centric solutions and along with increasing concerns for sustainability and availability of gas, industry segments were looking to them as leaders of backup power solutions providers to create alternative fuel-based Genset options.
Kirloskar Oil Engines has being working towards being a fuel-agnostic power generations provider so that customers have the freedom of choice between cost-effective and green solutions. In continuation of the same, Kirloskar Oil Engines announced the formal launch of its gas-powered generator range. These IoT-enabled gas generators not only run efficiently even in extremely cold conditions on PNG but also offer a digital monitoring system that enables users to remotely monitor the generator’s performance and important parameters in real-time from just about anywhere. In addition, the emission and noise levels are much lower than a conventional generating set.
The company also launched its dual fit kit that can be retrofitted on its existing as well as future diesel generators to run on a combination of gas and diesel. These CPCB II compliant Gas Generators manufactured at the company’s carbon neutral plant in Kagal, Kolhapur don’t just comply with the CPCB-II Emission Norms, they surpass them. The low particulate matter in the genset will result in environmental sustenance. The overall safety of these Gas Gensets has been kept at the forefront in the design itself. Going forward, natural gas as a cleaner energy source makes a move to a more sustainable, reliable, affordable, efficient, and environmentally friendly energy transition possible due to its increasing availability and advantages over other fossil fuels.
With a strong global market presence, Kirloskar has a wide and committed service network offering assistance and 24×7 service. This extensive and experienced reach will help existing customers adopt alternative fuel options. Renewables, in combination with energy efficiency, now form the leading edge of a far-reaching Power Generation energy transition.