Enersize has formalized its partnership with Akila. Working together with exclusivity in China and full partnership in the ASEAN market, Enersize's suite of software will be integrated into the Akila platform, where it will be leveraged to help portfolio holders dramatically reduce their energy wastage and carbon emissions emanating from their compressed air systems. All data from the savings made and operational history will be tracked in real-time, visualized through dashboards and made transparent for ESG and regulatory reporting. Compressed air leaks are considered one of the largest contributors to energy wastage and carbon footprint.

It has been estimated that around 10% of all electricity consumed in industry is used by air compressors, while a typical industrial facility may lose up to 50% of all compressed air to leakage, artificial demand and inappropriate use, resulting in excess energy production. Many governments including China's seeking to achieve carbon net-zero by 2060, plugging the lost energy from compressed air is an extremely efficient way of achieving rapid gains in a short period of time. With Akila's expertise in the Asian sustainable energy sector and Enersize being one of Europe's top players in compressed air loss reduction, this partnership will be formidable in accelerating China and ASEAN's ESG progress, digitalization and reduction in C02 emissions.

A set of solutions will be integrated into the Akila Ecosystem to reduce wasted energy from Compressed air systems significantly: Xray: Analysis AI software that gives the customer instant insights into their savings potential and produces tailored technical, environmental and financial targets for air compressor efficiency. Xecute: A program that tracks energy leakage reduction effort, to realize effectively energy savings and reduce carbon footprint while optimizing the resources mobilized to execute this work. Xcel: A software that institutes sustainable energy optimization throughout multiple compressed air systems. It monitors systems to maintain the facility in its most optimized state while identifying continuous improvement opportunities.