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EXHIBIT B—TECHNICAL SPECIFICATIONS <br /> Project Requirement <br /> The project will install one, fully automatic wireless inductive charging system rated <br /> at 300kW. <br /> Per Project Requirement 1) in section 1.3 of the RFA, a dual-plug connector EVSE <br /> would not be applicable nor meet the needs of Everett Transit for en-route electric <br /> bus charging. <br /> Minimum Equipment Specifications for Resonant Magnetic Induction System <br /> 1. EVSE hardware shall be at least open charge point protocol (OCPP) 1.6J <br /> compliant. <br /> a. EVSE shall be capable of limiting power based on Smart Charging <br /> commands from OCPP Central System. <br /> 2. EVSE shall be certified by the Underwriters Laboratories, Inc., ETL listed or an <br /> equivalent certification. <br /> 3. EVSE shall be certified to operate outdoors and in extreme weather conditions. <br /> 4. EVSE shall be composed of modular wireless charging pads and capable of <br /> operating up to 75kW per charging pad and up to 300kW as a system of four <br /> charging pads. <br /> 5. EVSE shall be capable of operating seamlessly using any number of available <br /> charging pads installed. If using a single charging pad in one location and four <br /> charging pads in another location system shall operate at optimal power levels. <br /> 6. EVSE must be capable of operating automatically where driver actuation is not <br /> required. If the vehicle is properly aligned and the vehicle is secured the system <br /> shall automatically initiate the charge. <br /> 7. EVSE must have charging pads that are flush mount "in-ground" for on-route <br /> charging. <br /> 8. The EVSE hardware shall be commercially available in Washington State. <br /> 9. The EVSE shall have a minimum lifespan of 5 years. <br /> 10.The EVSE shall have a minimum warranty of three years. <br /> 11.EVSE equipment shall have the capability of remotely monitoring performance <br /> metrics for warranty analysis. <br /> 12.EVSE equipment shall have the capacity to accurately record and produce the <br /> following data: <br /> a. The number of unique charging events by month <br /> b. The average duration of each charging event by month <br /> c. The kilowatt hours delivered by each EVSE at each project site by month <br /> d. Downtime at each EVSE at each project site by month where monitored <br /> e. Capture data on the supply side as well as on the vehicle side. <br /> 11 <br />