Americas to lead global microgrids market growth through 2030, forecasts GlobalData

GlobalData's latest report, "Microgrids Market Size, Share and Trends Analysis by Technology, Installed Capacity, Generation, Key Players and Forecast to 2030," reveals that the market growth in the Americas will be led by the US. Growth in the region is being supported by federal funding, resilience programs, clean energy policies, and rising demand for localized power systems capable of maintaining operations during grid outages. Canada is also contributing to regional momentum, as remote and off-grid communities increasingly adopt microgrids to improve power reliability, reduce diesel dependence, and integrate renewable energy resources.

Bhavana Sri Pullagura, Senior Power Analyst at GlobalData, comments: "Microgrids are becoming an important part of modern power system planning as utilities, businesses, and communities look for more reliable, flexible, and low-carbon energy solutions. With electricity demand rising and grid disruption risks increasing, investment is accelerating in systems that combine solar PV, battery energy storage, and advanced controls to strengthen resilience, improve flexibility, and support the transition to cleaner, more flexible power systems."

Asia-Pacific (APAC) is expected to see steady expansion, supported by rising electricity demand, renewable integration, and growing interest in distributed energy systems. Countries such as Japan, China, and India are increasing their focus on local power resilience, clean energy access, and grid flexibility, creating opportunities for hybrid microgrid systems across urban, industrial, and remote applications.

The Europe, the Middle East and Africa (EMEA) region is witnessing gradual growth as Europe advances decarbonization and energy security goals, while the Middle East and Africa are deploying microgrids to support electrification, reliability, and renewable energy integration. Demand is particularly relevant in remote areas, critical facilities, and markets where grid access and power quality remain key challenges.

Technology innovation, policy support, and expanding industry participation are accelerating microgrid deployment. Hybrid systems combining solar PV, battery energy storage, dispatchable generation, and advanced controls are gaining traction as utilities, businesses, and communities seek greater reliability, lower emissions, and more flexible power management. Funding programs, resilience planning, and electrification initiatives are further supporting adoption, while technology providers and engineering firms are focusing on digitally optimized solutions for critical infrastructure, commercial facilities, campuses, military sites, and remote communities.

Pullagura concludes: "Microgrid adoption will increasingly depend on the integration of distributed energy resources, storage, and advanced energy management systems. As hybrid designs and digital controls mature, microgrids are expected to support a cleaner local energy supply, improve grid flexibility, and strengthen power reliability across diverse applications."