Green Stream Holdings Inc. announced that it had engaged a nationally known a full service engineering solutions provider with extensive international expertise in the solar renewable energy field providing photovoltaic design and engineering services, to assist the Company in installing several ground-mount solar farms in the State of New York. The Company previously contracted with KMB in order to have them conduct solar feasibility studies for three separate locations. Each site is 37 acres. The studies have been completed on two of the sites, This interconnection applications are for Cornish Hill Road, Cooperstown, NY and Hadley, S Shore Road, Corinth, NY 12822 sites. Total Cornish Photovoltaic system will consist of approximately 15,600 panels anticipated to produce 7.4kW of direct current to sequential inverters for participation/partnership with a registered New York State Community Solar provider at 312 Cornish Hill Road, Cooperstown, NY 13326. The Hadley project shall consist of the installation of 4,980 kWdc /7,020 kWac of Photovoltaic modules installed on a ground mount racking system at Hadley - PV Installations, S Shore Road, Corinth, NY 12822. The projects shall be interconnected directly with the utility at one point of interconnection with a new service feeder from the utility substation. The scope of work will include Interconnection Drawings, electrical permit/construction drawings, and support through the construction phase. The projects shall be interconnected directly with the utility at one point of interconnection with a new service feeder from the utility substation. The scope of work will include Interconnection Drawings, electrical permit/construction drawings, and support through the construction phase. Some of the scope of services to be provided by KMB are: Coordinate with the client to kick off the projects and ensure receipt and dissemination of pertinent information and to ensure an agreed upon path forward. Use existing field survey information in order to determine existing electric service location, conditions, interconnection points, available space for new equipment, and potential feeder routing. Review the proposed array size and select appropriate inverters, medium voltage transformers, and other BOS equipment. Discussions with Client on preferences, electrical service information, and review of the proposed electrical design. Prepare a preliminary three-line diagram for the interconnection, and a site drawing with the following information: Site placement; Module layout; Inverter and Equipment Locations and Selection; Anticipated conduit routing and interconnection point; AC and DC single line preliminary design. KMB will also create Electrical Engineering Construction Drawings, including: Upon notice to proceed on the construction documents, KMB will create a full permit/construction drawing set utilizing the layout created in Helioscope, Civil Survey, and the racking design Layouts, and the Interconnection drawings as the basis of design. KMB will incorporate any feedback received from the client and utility on the preliminary drawings and layout into the construction drawing set. Coordinate with the racking system manufacturer selected by the Client and include details and design intent reflective of their system particulars and needs. The racking support structure shall be the responsibility of the manufacturer. Discussions with Client on findings, preferences, any challenges identified, and the proposed electrical design. Prepare electrical design and construction documents to include the following: Cover sheet with relevant site and project information. Site plan with equipment locations, conduit routing, and interconnection location. Single-line and three-line diagram of the required distribution system to support the PV system installation. Electrical circuiting design and layout for the PV installation including solar module strings, wire sizing, combiners, inverters, meters. Perform all required NEC calculations and voltage drop calculations and identify key statistics on drawings. Include detail of typical string electrical connection, inverter and PV modules, code required signage, etc. Provide DAS wiring schematic based on DAS design drawings provided by DAS manufacturer.