Site work and new construction of a mixed-use development in Hope, Arkansas. Completed plans call for the construction of a power facility; power facility; for site work for a power facility; and power facility.

Design, build, and maintain a solar energy generation facility with a maximum generating capacity of up to 1.9 megawatts (MW)(ac) and a battery energy storage system (BESS) of approximately 8 MW (ac), dischargeable over a two-hour period (approximately 16 MWH (ac)). As described above , the Project is envisioned to have two components : ( 1) a low voltage (480 / 277V AC at 60Hz ), ground - mounted solar energy generation facility capable of delivering up to 1.9 MW (ac ) during peak insolation periods , and (2) a battery energy storage system of approximately 8 MW (ac ) that is dischargeable over a two (2) hour period . Both components of the Project will interconnect with the HWL distribution system at a metering point set by HWL on the Project site . a . General Design Requirements i. Site design that is cleared and graded to support drainage . ii. Low maintenance site preparation with environmentally compatible ground cover . iii . Fencing , gates , and security monitoring . iv . Internal pathways . v . Underground conduit where appropriate . vi . Acreage of solar array limited to a maximum of 7 acres / MW ac . vii . Parallel wiring architecture . viii . The DC : AC ratio of the solar array will be 1.25 : 1.0 or greater . ix . The Project will support 24/7 real -time remote monitoring and operation , including dispatch of BESS. x . The solar array must maintain a power factor greater than 0.95 during operation . xi . Design must be tailored to site -specific seismic criteria and weather conditions . xii . Design and installation must comply with applicable industry standards (IEEE, UL, NEC , etc. ) . xiii . Final Completion certification shall use ASTM 2848 or IEC 61724-2 capacity testing protocols . xiv . All equipment must be listed as Tier 1 by an industry trade organization