Global Energy-as-a-Service Industry

Global Energy-as-a-Service Industry

  • September 2020 •
  • 243 pages •
  • Report ID: 5798500 •
  • Format: PDF
Crisis or no Crisis, the World Cannot Afford to Ignore Innovative Energy Solutions. Energy-as-a-Service to Reach US$88.4 Billion by 2027

The global market for Energy-as-a-Service is projected to reach US$88.4 billion by the year 2027, trailing a CAGR of 8.6% over the analysis period 2020 through 2027. For companies electricity accounts for a major share of expenditure. In the post pandemic period, investments on the crumbling energy infrastructure will push up electricity prices. Providing clean power to smart connected cities will lead to increased integration of expensive renewable which will add to rising energy prices. Stringent energy efficiency mandates will exert added pressure on companies to save energy. Energy-as-a-Service (EaaS) will grow in importance to be a part of the "smart energy community" for its ability to reduce energy costs.



Energy generation and supply is no longer only about selling energy as KWHr. Energy is being sold to customers in the form of a service. Increased potential for behind-the-meter services, decentralized energy generation, energy storage and electricity exchange through local networks has made the concept of EaaS (Energy-as-a-Service) an important enabler of demand side management. Businesses keen on increasing energy savings approach EaaS partners for their service. The landscape of energy supply is transforming. It is no longer predictable, centralized, one-way and vertically integrated. It is now more distributed, horizontally networked, bi-directional and intermittent. EaaS partners/ consultants provide technology, analytics, and personalized services enabling users maximize savings on their energy expenditure. Analysis provided by EaaS consultants includes measurement of power consumption by all electrical equipment a business uses, including HVAC units, compressors, pumps, elevator motors etc, by deploying cutting edge technologies like AI, MI, IoT and smart meters. These technologies enable collection of granular level information in the real time, which indicates what savings could be achieved through optimal consumption of energy. Businesses also need not spend on energy efficient infrastructure.



This is another major advantage with the EaaS model. For businesses, EaaS represents a smart option ensuring enhanced operational efficiencies along with increased cash flow coming from savings on energy & maintenance costs. The businesses have a significantly lowered risk of spending continuously on underperforming assets. The smart metering technology followed by the EaaS model makes energy consumption more transparent. Businesses which both consume and produce energy, called prosumers, can also leverage the model for producing more excess energy and monetizing that surplus. Thus far, the EaaS model has been capable of achieving up to 25% energy savings for businesses.