Installation and Permitting Clause Samples

Installation and Permitting. 4.1 Utilities requires a second (recording) metering point to record energy generated by the Customer’s System. At its sole expense, the Customer must furnish and install as part of the System a meter socket (base) in accordance with the then current Utilities Electric Line & Extension Service Standards. Springs Utilities will furnish the meter for insertion into that meter socket (base) at no charge to the Customer. This second meter will have no effect on the Customer’s utility ▇▇▇▇ and is for informational purposes. 4.2 The System must comply with all applicable Institute of Electrical and Electronics Engineers (IEEE) Standards, as of the Effective Date, for parallel operation with Utilities. The purpose of these IEEE Standards is to minimize custom engineering of many aspects of the interconnection. These standards allow installation in a manner that will allow the System to perform as expected and to be installed at a reasonable cost while not compromising safety or operational issues. All power quality parameters (that is, voltage, flicker, frequency, distortion) are specified at the point of common coupling (PCC) unless otherwise stated. The following requirements must be met: 4.1.1 Voltage – the System must be capable of operating within normal voltage operating limits of 106- 132 volts (88-110% nominal 120V). This range results in trip points at 105 V and 133 V. Response to abnormal voltages should be as follows: 88% < V < 110% normal operation 110% < V < 137% 120-cycles 137% < V 2-cycles

Installation and Permitting. 4.1 Without limiting the provisions of paragraph 22, the Owner and the System must comply with all applicable requirements of National Electric Code, National Electric Safety Code (NEC), Underwriters Laboratories (UL), and the Institute of Electrical and Electronics Engineers (IEEE), including, but not limited to: 4.2 The Owner or its contractor must construct the System as specified in the attached Exhibit A. 4.3 A manual, lockable, load-break disconnect switch that provides a clear indication of the switch position must be available with the System at or near the Owner’s main point of service from the City’s electric system to provide a point of electrical separation between the Owner’s System and the City’s electric system. The City shall approve the location of the disconnect switch. The disconnect switch must be easily visible, mounted separately from the metering equipment, readily accessible to the City personnel at all times, and capable of being locked in the open position with the City’s lock. The City may open the disconnect switch thereby isolating the Owner’s System from the City electric system for any reason that the City deems necessary including, but not limited to, maintenance or emergency work, the System adversely affecting other customers of the City, failure of the System to comply with applicable codes or regulations, the System creating hazardous or unsafe conditions, the Owner’s failure to pay utility bills when due, and failure to comply with the standards specified in Section 4.1 above.

Installation and Permitting. 4.1 Without limiting the provisions of paragraph 22, the Owner and the System must comply with all applicable National Electric Code (NEC), UL and IEEE requirements, including, but not limited to: UL 1741-Standard for Static Inverters and Charge Controllers for Use with Photovoltaic Systems. IEEE Standard 1547 (2003): Standard for Interconnecting Distributed Resources with Electric Power Systems. [NOTE: UL 1741 will soon be incorporated into IEEE 1547]. Other organizations, such as the Canadian Standards Association (CSA), test to UL 1741. If the inverter is tested by an organization other than Underwriters Laboratories, the test data must be submitted to BLW. The Owner at the Owner’s expense must: 1) obtain all necessary electrical permits for installation of the System and 2) obtain and maintain any government authorizations or permits required for the operation of the System. The Owner must reimburse BLW for any and all losses, damages, claims, penalties, or liability BLW incurs as a result of Owner’s failure to obtain or to maintain any governmental authorizations and permits required for construction and operation of the Owner’s System. 4.2 The Owner or its contractor must construct the System as specified in the attached Exhibit A. 4.3 A manual, lockable, load-break disconnect switch that provides a clear indication of the switch position must be available with the System at or near the Owner’s main point of service from BLW’s electric system to provide a point of electrical separation between the Owner’s System and BLW’s electric system. BLW will approve the location of the disconnect switch. The disconnect switch must be easily visible, mounted separately from the metering equipment, readily accessible to BLW personnel at all times, and capable of being locked in the open position with BLW’s lock. BLW may open the disconnect switch thereby isolating the Owner’s System from the BLW electric system for any reason that BLW deems necessary including, but not limited to, maintenance or emergency work, the System adversely affecting other customers of BLW, failure of the System to comply with codes/regulations, the System creating hazardous or unsafe conditions, the Owner’s failure to pay utility bills when due, and failure to comply with the UL Standards in Section 4.1 above.

Installation and Permitting. 6.1 Without limiting the provisions of Section 16, the Customer and the DER must comply with the City of Loveland Requirements for Electric Service in order to connect with City of Loveland Electric Power System, a copy of which is on file with the City Clerk, and all applicable National Electric Code (NEC), UL and IEEE requirements, including, but not limited to: ▇▇ ▇▇▇▇ ▇▇▇▇ – Inverters, Converters, and Controllers for Use in Independent Power Systems; IEEE Standard 1547 (2018) – Standard for Interconnecting Distributed Resources with Electric Power Systems; and IEEE 1547.1 (2020) – Standard Conformance Test Procedures for Equipment Interconnecting Distributed Resources with Electric Power Systems. 6.2 The Customer or its contractor must construct the DER as specified in Exhibit A. 6.3 The Customer, at the Customer’s expense, must pay for any additional equipment required to connect the DER to the City’s electric system. 6.4 The Customer, at the Customer’s expense, must obtain all necessary electrical permits for installation of the DER and obtain and maintain any government authorizations or permits required for the operation of the DER. The Customer must reimburse the City for any and all losses, damages, claims, penalties, or liability the City incurs as a result of the Customer’s failure to obtain or to maintain any governmental authorizations and permits required for construction and operation of the Customer’s DER.

Installation and Permitting. 4.1 Utilities requires a second (recording) metering point to record energy generated by the Customer’s System. At its sole expense, the Customer must furnish and install as part of the System a meter socket (base) in accordance with the then current Utilities Electric Line & Extension Service Standards. Springs Utilities will furnish the meter for insertion into that meter socket (base) at no charge to the Customer. This second meter will have no effect on the Customer’s utility bill and is for informational purposes. 4.2 The System must comply with all applicable requirements of Utilities' Electric Line Extension and Service Standards, ELESS, for Customer-Owned Generation or Energy Storage, the National Electric Code (NEC), applicable building codes, and applicable air quality regulations. 4.2.1 Effective January 2023 Inverter setting are required to include grid protection set forth by IEEE 1547-2020 and included in the 2023 version of ELESS. (1) Category II Voltage Shall Trip Default Settings (IEEE 1547-2018 Table 12). (2) Frequency Shall Trip Default Settings (IEEE 1547-2018 Table 18), Settings are the same for Cat I/II/III. (3) Category II Voltage Ride Through Settings (IEEE 1547-2018 Table 15). (4) Frequency Ride Through Settings (IEEE 1547-2018 Table 19), Settings are the same for Cat I/II/III. (5) Category II Rate of Change Frequency Ride Through “ROCOF” (IEEE 1547-2018 Table 21) 4.3 The Customer’s over-current protective device (Breaker) at the service panel must be dedicated and must be capable of interrupting the maximum available fault current. The Breaker shall be clearly marked to indicate power source and connection to the Utilities electric system. 4.4 The Customer, at his/her own expense, must pay for any additional equipment required to connect the System to the Utilities electric system.

Installation and Permitting. Sublessee will be responsible for all installation, permitting and costs. Please note that Wal-Mart approval does not guarantee that signage will be allowed by the city or any other entity that must approve. The roof of the Wal-Mart store may not be penetrated in any manner. If Sublessee penetrates the roof, Sublessee will pay to Sublessor the amount of $100,000.00 in damages. It would be impracticable or difficult to ascertain actual resulting damages to Sublessor and the amounts set forth above are reasonable estimates of such damage and shall be paid to Sublessor as liquidated damages in such event.

Installation and Permitting. Licensee will be responsible for all installation, permitting and costs.

Installation and Permitting. The Interconnecting Party may proceed to construct (including operational testing not to exceed 2 hours) the Distributed Generation Facility, once the Agreement to interconnect a Distributed Generation Facility has been signed by the LGMU. Interconnecting Party’s System must comply with: All applicable current, locally accepted National Electrical Code (NEC) and ANSI requirements at the time of construction/installation of the Interconnecting Party’s System, including, but not limited to NEC Articles 690 and 705. All building codes. All applicable Underwriters Laboratories (UL) requirements and standards (e.g. UL 1741). The Interconnecting Party’s System must comply with all applicable IEEE Standards, as of the Effective Date, for parallel operation with LGMU. All power quality parameters (including but not limited to voltage, flicker, frequency, distortion) are specified at the PCC. In particular, the following requirements must be met. For installations of 10 kW and smaller with inverters that are pre-certified, not all of these requirements will be considered: Flicker – Any voltage flicker resulting from the connection of the Inverter to LGMU’s Electric System at the PCC cannot exceed the limits defined by the maximum borderline of irritation curve identified in IEEE Std. 519-2014.

Installation and Permitting. The Wal-Mart Vestibule Leasing Department will be responsible for coordinating all installations with the Bank. The Bank will be responsible for all installation, permitting and costs.