UC San Diego Companions with Xendee for Testing and Analysis of Microgrid Controller

Cleantech San Diego member and Southern California Power Innovation Community graduate Xendee Company, a number one distributed power assets and microgrid EV infrastructure design and operation software program supplier, has entered into an settlement with UC San Diego’s Middle for Power Analysis to conduct testing and analysis of its enhanced Xendee Function management platform at one among UCSD’s check amenities. The mission, funded by a CalTestBed Voucher, goals to combine, validate, and consider new AI-enabled forecasting and management algorithms, in addition to communication networks, of Xendee Function.

Xendee Function is a cloud-based software program resolution that allows the environment friendly deployment of microgrids, following the IEEE 2030.7 customary. By connecting to distributed power assets (DERs) via customary communication protocols, Xendee Function optimizes DER scheduling based mostly on native and real-time data. The controller platform shall be examined at UC San Diego, permitting for the analysis of its efficiency and effectiveness upgrades.

The Xendee Function Cloud, housing the primary Xendee Function Engine, makes use of real-time measurements and climate information to generate load and renewable power supply forecasts. These forecasts, along with tariff data and web site constraints, are used to generate optimum setpoints for DER applied sciences. It entails a collection of steps, together with information acquisition, validation of forecasting algorithms, integration of communication and know-how, and open and closed-loop testing of DER and microgrid applied sciences.

Jan Kleissl, the Principal Investigator for the mission acknowledged, “This collaboration with Xendee represents an thrilling alternative to advance the sphere of microgrid management. We stay up for testing and evaluating the brand new capabilities of Xendee Function at our check facility. We’re assured that this partnership will contribute to the event of extra environment friendly and sustainable power methods.”

The testing at UC San Diego’s Zero Web Power Warehouse will cowl varied eventualities, together with demand cost administration, inexperienced charging, load shedding, dynamic market participation, and financial and environmental optimization. Moreover, the robustness of Xendee Function to totally different communication protocols shall be assessed.

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