WEBINAR Unlock the Power of GridOS® DERMS: Independent Evaluation by EPRI In its recent ENVELOPES project, the Electric Power Research Institute (EPRI) and GE Vernova conducted extensive research and laboratory evaluations of GE Vernova’s GridOS® Distributed Energy Resource Management System (DERMS). EPRI defined key use cases and test plans based on researching requirements from member utilities, then deployed and leveraged GridOS DERMS to execute test plans and analyze results.In this webinar, GE Vernova and EPRI unveils the results of the ENVELOPES project. GE Vernova and EPRI speakers will share the functionalities of GridOS DERMS, the use cases that were tested, the laboratory test setup, and the technical findings based on defined test scenarios. Fill out the form to access the on-demand webinar and see how GE Vernova’s GridOS DERMS can manage and maintain voltage and thermal constraints created by DERs under normal and abnormal grid operations using different control scenarios (solar and storage). The test results illustrate how GridOS DERMS performed under various scenarios defined by utility requirements in the ENVELOPES project. Welcome BackJohn thomasNot You?Download Resource Unlock the Power of GridOS® DERMS: Independent Evaluation by EPRIIn its recent ENVELOPES project, the Electric Power Research Institute (EPRI) and GE Vernova conducted extensive research and laboratory evaluations of GE Vernova’s GridOS® Distributed Energy Resource Management System (DERMS). EPRI defined key use cases and test plans based on researching requirements from member utilities, then deployed and leveraged GridOS DERMS to execute test plans and analyze results.In this webinar, GE Vernova and EPRI unveils the results of the ENVELOPES project. GE Vernova and EPRI speakers will share the functionalities of GridOS DERMS, the use cases that were tested, the laboratory test setup, and the technical findings based on defined test scenarios. Join us to learn how GE Vernova’s GridOS DERMS can manage and maintain voltage and thermal constraints created by DERs under normal and abnormal grid operations using different control scenarios (solar and storage). The test results illustrate how GridOS DERMS performed under various scenarios defined by utility requirements in the ENVELOPES project.