The market for renewable energy-based microgrids is undergoing rapid change, driven by headwinds from government incentives, increasing complexity, and funding constraints. Meanwhile, the value of microgrids is increasing due to aging grid infrastructure, a need to build resiliency into systems, and overall growth in electricity demand and costs. It’s clear that distributed energy companies that are able to adapt to these changes will enjoy a significant advantage in 2026.

New market survey-based research provides data and insights into how successful project owners and developers are adapting to meet financial and technical objectives in the current environment. A recent panel discussion on Factor This titled Research Report: How Successful Renewable Projects Are Adapting in 2026 dug into some interesting findings and what they mean for distributed energy projects this year. You can watch the webcast for free on demand by registering here.

Challenges Facing Clean Energy Projects

Xendee’s research surveyed more than 150 industry experts about the perceived largest challenges facing local projects. Microgrid developers reported securing funding and utility interconnection among their top concerns; other non-microgrid DER developers were a bit less worried about finding funding and more mindful of energy price trends.

“It seems like microgrid developers are thinking a little bit more about funding than on the PV project side, but the utility connection is really a big driver for both markets,” explained Xendee’s Dr. Michael Stadler. “We saw a study coming out of Lawrence Berkeley National Lab a couple of years ago, which indicated that interconnection times can go up to eight years for larger projects, and that’s an issue.”

In today’s energy economy, time to power is often paramount. Inability to connect to the local grid in a timely manner encourages large load customers to procure their own on-site (co-located) generation, which is happening with increasing frequency.

“If you have a data center and you’re asking for 500 megawatts, then you’re probably in trouble,” Dr. Stadler chuckled.

Thoughtful design is essential, Mayfield Renewables’ director of engineering Jon La Follett concurred, outlining several tools that enhance a project’s chances of success.

“When you’re procuring and building and operating the system, you can only seek to maintain the value that was premised in the design, and that’s why I think design optimization with a robust set of tools is so critical,” La Follett said.

“That ties into bankability, because in order to finance a project, you have to convince either the end-use customer or your financing partner that the value premised in the design optimization phase will be realized under operations. And so it has to be a credible design optimization process with credible tools.”

Solar is Here to Stay

Wissam Balshe, VP of business development at Novitium Energy, came from a generator background and only recently entered the solar photovoltaic space. He initially assumed that, with the ITC expiring, solar development was doomed to grind to a halt. But even without tax credits, he finds, solar sells itself.

“Solar is still going to be the lowest LCOE (levelized cost of electricity), especially with the utility rates going up,” Balshe assessed. “Honestly, I don’t think solar needs incentives anymore… Solar is here to stay.”

Balshe expects solar-plus-batteries to continue to satisfy the needs of many developers unable to procure (or wait for) a gas turbine. To learn more, including what he thinks about the status of hydrogen microgrid development, watch the on-demand webinar for free anytime by registering here.