Introduction to Distributed GenerationInterconnectionLevels of Interconnection FacilitiesApplication FeesInterconnection ProcessDistribution Interconnection QueueNew Inverter Source RequirementPre-Application ProcessContact Versant PowerCost responsibility Introduction to Distributed GenerationIntroduction to Distributed Generation Small scale generating technologies (e.g. solar, wind, CHP, hydro or newer technologies) that are connected to the electric power grid are identified as Distributed Generation (DG). DG systems allow customers to produce some or all of the electricity they need. The electricity a customer uses (e.g. for HVAC, consumer electronics, lights) is their electric load. By generating a portion or all of the electricity a customer uses, the customer can effectively reduce their electric load. In general, DG systems produce power for the buildings which the systems are connected to (e.g. solar panels on a home or business). Renewable DG systems are able to provide power with minimal impact on the environment. However, most renewable DG systems only produce power when their energy source, such as wind or sunlight, is available. Due to the intermittency of the power supply from DG systems, there may be times when the customer needs to receive electricity from the utility company’s electric grid. When a DG system produces more power than the customer’s load, excess power is sent back to the utility company’s electric grid. This reduces the overall load that the utility company needs to supply. InterconnectionInterconnection The Maine Public Utilities Commission has issued rules and procedures for Small Generator Interconnections under Chapter 324. These rules and procedures establish statewide standards for the interconnection of small renewable energy facilities to the energy grid. The purpose of these rules and procedures is to increase the efficiency of the interconnection process and encourage the increased use of renewable energy and distributed generation. Please refer to the MPUC's Chapter 324, Small Generator Interconnection Standards for more information. Levels of Interconnection FacilitiesLevel 1- Certified, Inverter-Based Generating Facilities Not Greater than 25 kW (i.e. Rooftop solar). The T&D Utility shall adopt procedures in accordance with § 9 of Chapter 324 for this level of review. Level 2 - For certified generating facilities that pass certain specified screens and have a power rating of two megawatts (2MW) or less. The T&D Utility shall adopt procedures in accordance with § 10 of Chapter 324 for this level of review. Level 3 - For certified generating facilities that: (a) pass certain specified screens; (b) do not export power beyond the Point of Common Coupling; and (c) have a power rating of ten megawatts (10MW) or less. The T&D Utility shall adopt procedures in accordance with § 11 for this level of review. Level 4 - For all generating facilities that do not qualify for Level 1, Level 2 or Level 3 interconnection review processes, and are not subject to the jurisdiction of FERC. The T&D Utility shall adopt procedures in accordance with § 12 for this level of review. Application Fees Level Nameplate Rating Application Fee Cost Share Fee Level 1 Inverter-Based Generators Not Greater than 25KW $100 $150 Level 2 Generators Not Greater than 2MW $100 plus $2.00/KW $25*kWh Level 3 Non-Exporting Generators Not Greater than 10MW $100 plus $3.00/KW Level 4 All Generators Not Subject to FERC Jurisdiction $3,000 plus $500 change fee Interconnection Process An Applicant shall submit a completed Interconnection application and the applicable application fee. (This application intake form is currently available for levels 1,2,3 ONLY) Site Control Documentation- Applicants with an Interconnection Request for a Level 4 interconnection must submit documentation of Site Control Certificate of Completion to be completed and sent to utility prior to interconnection approval. Versant Power will inspect generating facilities that are 25 KW or larger, and reserves the right to inspect smaller facilities, prior to the system going live. Distribution Interconnection QueueDistribution Interconnection Queue The Queue Position of each Interconnection Request will be used to determine the order of interconnection review in those circumstances where one pending interconnection application could affect the analysis of other pending interconnection applications as well as any cost responsibility for the facilities necessary to accommodate the generator interconnection. Queue Position is based on the date of receipt of a completed application Distribution Interconnection Queue Distribution Interconnection Queue – BHD Distribution Interconnection Queue – MPD For projects in northern Maine, please review NMISA's Market Rules to learn requirements for interconnections and scheduling New Inverter Source Requirement All inverter-based applications shall be certified per the requirements of UL 1741 SB as a grid support utility interactive inverter. Applications shall have the voltage and frequency trip points specified in Tables I and II of the Requirement Document (below). The inverters shall have the ride-through capability per abnormal performance category II of IEEE Std 1547-2018 (2nd ed.) as quoted in Tables III and IV of the Requirement Document. Other functions required by UL 1741 SB shall comply with the requirements specified in Table V of the Requirement Document. For functions not activated by default, the inverter is compliant if tested to the manufacturers stated capability. Pre-Application Process Some Applicants may request a pre-application report prior to submitting an interconnection application. The results of this report will be included in your application package. To initiate your application, click here: Versant Power Pre-Application Report Request. Contact Versant PowerContact Versant Power for inquiries below: Email: [email protected] Or call 1-855-363-7211 to speak with a customer service representative Cost responsibilityCost Responsibility – Please reference CH324 for more detail Level 1: Utility covers $5,000 of System Upgrades Estimate, applicant is responsible for difference. Level 2: Utility covers $10,000 of System Upgrades Estimate, applicant is responsible for difference. Please Identify Your Service Area Click on your district on the map, or select a zip code or town from the lists. Select Your District on the Map Below or By Zip Code Select your zip code 04401 04402 04408 04410 04411 04412 04414 04415 04416 04417 04418 04419 04422 04423 04426 04427 04428 04429 04430 04435 04444 04448 04449 04450 04453 04455 04456 04457 04459 04460 04461 04462 04463 04468 04469 04471 04472 04473 04474 04475 04476 04479 04481 04489 04493 04495 04496 04497 04605 04606 04607 04609 04611 04612 04613 04614 04615 04616 04617 04622 04623 04624 04625 04626 04627 04628 04629 04630 04631 04634 04635 04640 04642 04643 04644 04646 04648 04649 04650 04652 04653 04654 04655 04656 04658 04660 04662 04664 04666 04667 04669 04672 04673 04674 04675 04676 04677 04679 04680 04681 04683 04684 04685 04691 04693 04730 04732 04733 04734 04735 04736 04737 04738 04739 04740 04741 04742 04743 04744 04745 04746 04747 04750 04751 04756 04757 04758 04760 04761 04762 04763 04764 04765 04766 04768 04769 04772 04773 04774 04775 04776 04777 04779 04780 04781 04783 04785 04786 04787 04928 04930 04932 04939 or By Town Select Your Town Addison Allagash Alton Amherst Argyle Twp Ashland Ashville Atkinson Aurora Bangor Bar Harbor Barnard Twp Bass Harbor Beals Bear Island Beddington Beech Hill Benedicta Bernard Birch Harbor Blaine Blue Hill Blue Hill Falls Bowerbank Bradford Bradley Brewer Bridgewater Brooklin Brooksville Brownville Brownville Jct Bucks Harbor Bucksport Burlington Cardville Caribou Carmel Castle Hill Caswell Centerville Chapman Charleston Cherryfield Chester Clayton Lake Clifton Columbia Columbia Falls Connor Corea Corinna Corinth Costigan Cranberry Island Crouseville Crystal Cutler Cyr Plantation Deblois Dedham Deer Isle Dennysville Derby Dexter Dixmont Dover-Foxcroft Dyer Brook Eagle Lake East Blue Hill East Machias East Millinocket Eastbrook Easton Eastport Ebeemee Twp Eddington Edinburg Edmunds Twp Ellsworth Enfield Estcourt Station Exeter Fort Fairfield Fort Kent Fort Kent Mills Franklin Frenchboro Frenchville Garfield Garland Glenburn Gouldsboro Grand Isle Great Pond Green Lake Greenbush Greenfield Twp Guerette Hall Quarry Hamlin Hammond Hampden Hancock Harborside Harrington Hermon Hersey Holden Houlton Howland Hudson Hulls Cove Indian Island Island Falls Islesford Jacksonville Jonesboro Jonesport Kenduskeag Lagrange Lakeview Plt Lamoine Larrabee Lee Levant Lille Limestone Lincoln Lincoln Ctr Little Deer Isle Littleton Loring Afb Lowell Lubec Lucerne Ludlow Machias Machiasport Madawaska Manset Mapleton Mariaville Marion Twp Mars Hill Marshfield Masardis Mattamiscontis Twp Mattawamkeag Maxfield Medford Medway Merrill Milbridge Milford Millinocket Milo Molunkus Twp Monticello Moro Plantation Mt Desert Nashville Naskeag New Canada New Limerick New Sweden Newburgh Northeast Harbor Northfield Oakfield Olamon Old Town Orient Orland Orneville Twp Orono Orrington Osborn Otis Otter Creek Oxbow Passadumkeag Passamaquoddy Res Patten Pembroke Penobscot Perham Perry Plaisted Pleasant Point Portage Presque Isle Pretty Marsh Prospect Harbor Quimby Roque Bluffs Saint David Saint Francis Saint John Salsbury Cove Sargentville Seal Cove Seal Harbor Seawall Sebec Seboeis Plt Sedgwick Sheridan Sherman Silver Ridge Sinclair Smyrna Mills Soldier Pond Somes Sound Somesville Sorrento South Blue Hill Southwest Harbor Squa Pan T11, R4,7,B St Agatha Stacyville Starboard Steuben Stillwater Stockholm Stonington Sullivan Sunset Sunshine Surry Sutton Island Swan's Island Town Hill Tremont Trenton Trescott Twp Upper Frenchville Van Buren Veazie Wader Wallagrass Waltham Washburn West Tremont Westfield Westmanland Whiting Whitneyville Williamsburg Twp Winn Winter Harbor Winterport Winterville Woodville Wytopitlock Versant Power provides electric delivery service to two areas – the Bangor Hydro District and the Maine Public District. The Bangor Hydro District includes Hancock, Piscataquis and Washington Counties and most of Penobscot County. The Maine Public District serves Aroostook County and a small piece of Penobscot County. Because some information varies by District, please identify your District on the map above, or enter your town or zipcode. If you need information on both Districts, switch back and forth at any time by selecting the district selector button. If the browser you are using has cookies enabled, you will only have to make this selection once.( If your browser has cookies disabled your selection will be remembered until you close the browser, but not when you return to the site.)
Versant Power provides electric delivery service to two areas – the Bangor Hydro District and the Maine Public District. The Bangor Hydro District includes Hancock, Piscataquis and Washington Counties and most of Penobscot County. The Maine Public District serves Aroostook County and a small piece of Penobscot County. Because some information varies by District, please identify your District on the map above, or enter your town or zipcode. If you need information on both Districts, switch back and forth at any time by selecting the district selector button. If the browser you are using has cookies enabled, you will only have to make this selection once.( If your browser has cookies disabled your selection will be remembered until you close the browser, but not when you return to the site.)