Accelerating the Adoption of Microgrids: Nov. 28 ET Webinar with Schneider Electric
Microgrids are popping up everywhere power certainty is a must, from military bases to hospitals, public service centers and even bakeries.
Numerous research forecasts predict that the value of the installed microgrid market might triple or more this decade, with valuations expected close to $100 billion by 2030. And yet interconnection queues are backing up, causing many distributed energy projects to be delayed for up to five years or simply not make it to commissioning all due to the combined slow design, regulatory and grid approval processes.
Understand How to Accelerate the Adoption of Microgrids: Nov. 28 Webinar w/ Schneider Electric
One reason for the interconnection delays and slow road from design to commissioning is the fact that the process is resource-intensive and often custom-engineered. Standardization and modularity might go a long ways to improving that timeline for more customers in the commercial and industrial sectors.
Schneider Electric has been a longtime leader to developing and ensuring that microgrid projects are realized, either in its own work or by joint ventures such as AlphaStruxure and GreenStruxure. The company’s experience in doing so has led to some well-earned insights in developing a modular, streamlined approach and plans to partner with developers such as Scale Microgrids to create flexible projects which can accelerate the time from design to construction to interconnection and operations.
Microgrid Knowledge’s sister website, EnergyTech, is hosting a free webinar with Schneider Electric microgrid leaders Don Wingate and Samantha Childress to highlight ways to improve resilience, optimize energy costs and reach sustainability goals for customers. And do it in a more timely fashion.
The 2 p.m. ET webinar is Tuesday, Nov. 28 at EnergyTech.com. Join us for "Understand How to Accelerate the Adoption of Microgrids," an hour-long deep dive into making the microgrid installation process more seamless.