Dan leads the design, implementation, integration and construction of advanced energy storage and distributed generation projects for PDE. He led groundbreaking projects of grid tied lithium ion energy storage for a California Municipal Utility and completed a microgrid installation which combined solar, fuel cell, clean burning generator, and energy storage. He has managed design-build of over 30 MW in DC energy storage projects. Dan also is the Principal Investigator for the ESTCP 2012 Sodium-Metal-Halide Battery Energy Storage project at 29 Palms Marine Corps Air Ground Combat Center. Forbes Online recognized this project as a “Top 12 Energy Project in 2012” and is the largest military type 2B microgrid in the US. Dan led the team on PDE’s leading-edge, Smart Microgrid project at the Electrical Training Institute. The system is a first of its kind, combining energy storage, solar generation, electrical vehicle charging and building load management in one unit. This project was awarded the 2013 Los Angeles National Electrical Contractor’s Excellence Award. Dan is currently leading the design efforts for a smart microgrid project for Penn State University and recently completed the Cuisinart microgrid in the Caribbean. This microgrid powers a reverse osmosis plant which produces between 250,000 to 300,000 gallons of water each day with solar being the sole generation source. This is the largest installation of its kind in the region and is a potential game changer for energy policy and delivery in the region. PDE was recently selected as EPC for the largest privately owned Net Zero Energy retrofit in the U.S. This project features a microgrid, advanced electronics, battery storage, solar, lighting controls and a high efficiency mechanical system. Dan has just completed the Port Hueneme off grid photo voltaic and flow battery micro grid for the CEC to demonstrate how flow batteries can provide: demand charge savings, increased renewable generation on military micro grids through ramp rate control, and provide reliable power during utility outages. Currently Dan is heading the engineering, procurement, and construction for the micro grid Test Bed for NAVFAC at the Port of Ventura. This project will build the AC and DC backbone for NAVFAC to test and integrate technologies of today and of the future to facilitate deployments of micro grids around the world. This project will be both grid connected and designed to island and will support Naval operations during power outages.
Prior to joining PDE, Dan was responsible for 5 western states at MCI Telecommunications (now Verizon) and successfully managed over 60 million dollars in electrical, mechanical, and control construction projects. Dan attended California State University Long Beach and holds a bachelor’s degree in Political Science.