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(5.)Location of all aboveground and underground utility lines on site or <br />within one radius of the total height of the Wind Energy Facility. <br />(6.) Specific information on the type, size, rotor material, rated power <br />output, performance, safety and noise characteristics of the system <br />including the name and address of the manufacturer and model <br />number. <br />(7.) Show the zoning designations of the immediate and adjacent <br />properties and the locations of any buildings or improvements that are <br />within the fall zone of the proposed Wind Energy Facility. <br />(8.)Evidence that the provider of electrical service of the property has <br />been notified of the intent to install an interconnected electricity <br />generator unless the system will not be connected to the electricity <br />grid. <br />(9.) A description of emergency and normal shutdown procedures. <br />(10.) All Wind Energy Facilities shall be required to meet all building and <br />electrical codes. <br />(11.) Color photographs of the property on which the wind turbine will be <br />located. <br />(J.) The fee as established. <br />1391.06 DESIGN AND INSTALLATION. <br />(a) Design Safety Certification. The design of the Wind Energy Facility shall conform to <br />applicable industry standards, including those of the American National Standards <br />Institute. The applicant shall submit certificates of design compliance obtained by the <br />equipment manufacturers from Underwriters Laboratories or other similar certifying <br />organizations. <br />(b) Controls and Brakes. All wind energy facilities shall be equipped with a redundant <br />braking system. This includes both aerodynamic overspeed controls (including <br />variable pitch, tip, and other similar systems) and mechanical brakes. Mechanical <br />brakes shall be operated in a fail-safe mode. Stall regulation shall not be considered a <br />sufficient braking system for overspeed protection. Every Wind Energy Facility <br />shall be equipped with both manual and automatic overspeed controls to limit the <br />rotational speed of the blade below the design limits of the rotor. The application <br />5 <br />