The U.S. Division of Protection (DoD) has recognized microgrids as a essential expertise for elevated safety, power effectivity, and resilience at new and present navy installations. The DoD has enlisted the microgrid specialists at Xendee to design and function these services and assess a variety of variables.
“Microgrids can scale back navy installations’ power and bodily footprint and enhance resiliency. They reduce dependence on gas provides and their impacts on native communities whereas bettering uninterrupted energy. That is all with out disruptions to native utility networks,” mentioned Michael Stadler, CTO and co-founder of Xendee. “These microgrid initiatives will change how the Division of Protection runs operations at its installations by offering sustainable choices for power effectivity and resilience.”
Xendee’s software program has the power to streamline the microgrid design course of whereas slicing prices and growing effectivity. It’s at present being demonstrated at three totally different DoD installations, all of that are assessing totally different situations.
- The Naval Submarine Base Kings Bay, in Kings Bay, Ga., mandated resilience in opposition to outages as a significant design precedence. One other focus of this set up was analyzing the continued set up upgrades to find out feasibility, return, and alternate options.
- The USAG Bavaria, in Grafenwöhr/Vilseck, Germany, undertaking included optimized funding, placement, dispatch, monetary evaluation, energy move engineering, and coaching for Military workers. This facility additionally included a full electrical heating system.
- The Naval Base San Diego was the ultimate demonstration and examined how an onsite microgrid set up could possibly be extra price and emission-efficient than operating new cabling to the constructing.
The common prices to finish even essentially the most advanced modeling utilizing Xendee’s options resulted in lower than 1 p.c of whole undertaking prices.
Xendee’s platform assessed a variety of applied sciences at these installations, together with photo voltaic, battery storage, diesel mills, warmth pumps, Mixed Warmth and Energy (CHP) engines, and cable and transformer upgrades.
Xendee’s optimization engine then analyzes and optimizes the funding technique taken, the sizing and placement of applied sciences, and the precise dispatch of the system over each time step of the yr. This expertise streamlines the entire microgrid design and implementation course of, saving engineering time and eradicating the burden and danger of transferring information between techniques.
Moreover, as a part of this undertaking, Xendee and its companion, Arizona State College, created a DoD-specialized coaching curriculum designed to coach service members on how you can use the Xendee software program. Xendee additionally accomplished DoD Cybersecurity Maturity Mannequin Certification (CMMC), making it a cyber safe platform for DoD purposes.
“Our main goal was to coach uniformed and civilian navy personnel on a standardized, repeatable course of for constructing and decoding microgrid fashions,” mentioned Nathan Johnson, Affiliate Professor in The Polytechnic College at Arizona State College and Director of the Laboratory for Power And Energy Options (LEAPS). “Moreover, by mapping the coaching program and certificates to navy job codes, ASU and Xendee have created a pipeline for coaching and deploying DoD licensed customers at scale.” This effort extends a historical past of coaching supplied by Arizona State College to set up personnel and transitioning Veterans.
Xendee lately introduced an integration with UtilityAPI to supply engineers extra correct load information and emission profiles. The combination is supposed to assist customers in effectively downloading previous constructing load information instantly from utilities, giving engineers extra accuracy in previous utilization and peak undertaking necessities. Xendee additionally unveiled its new multi-node function for designing sustainable communities, giant services, and utility-scale microgrids. Customers can join as much as 25 totally different applied sciences to generate superior microgrid designs relevant to real-world positioning.
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