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Premier Energy outlines 5 MW solar proposal for North Platte, cites $750,000 annual savings and ITC timeline

North Platte City Council · October 8, 2025
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Summary

Premier Energy presented a proposal for a roughly 5 MW (6 MW DC) solar installation on a 37-acre site near State Farm Road and Victoria Lane, telling the North Platte City Council it could save the city about $750,000 a year and that the project must begin qualifying construction by 07/05/2026 to secure the federal investment tax credit.

Premier Energy told the North Platte City Council on Oct. 7 that a municipal solar array sited on a 37-acre parcel near State Farm Road and Victoria Lane could deliver about $750,000 in annual savings at today’s electric rates and would produce roughly 5 megawatts of power to offset the city’s purchases from its wholesale provider.

The company’s managing member, Derek Apfel, introduced the proposal and said the firm’s chief project developer would describe the technical design, economics and ownership options. The developer said the system would include roughly 10,000 panels on single-axis trackers, about 25 inverters and about 6,000 kilowatts DC capacity (5,000 kilowatts AC output), and that the site could accommodate municipal or commercial uses on its edges.

Why it matters: Presenter analysis emphasized three goals — to protect the city from future NPPD rate increases, to provide predictable energy costs for the city’s electric utility, and to give North Platte an economic-development tool to attract businesses that prefer renewable power. "Over the course of the year, we'll save you over $750,000 a year," the presenter said.

Costs and federal credit: The developer offered an indicative installed cost of about $13,678,000 and explained that a municipal owner could receive a direct payment from the federal government under the investment tax credit (ITC). "You would be getting a check of $4,000,000 from the IRS if you own the system," the presenter said, which the firm used to reduce the modeled net installed cost to about $9.5 million and produced their lifetime net-savings estimate.

Ownership choices and price implications: The firm described two primary models. City ownership would allow the municipal utility to receive renewable energy credits and the ITC check, and the presenter modeled a levelized cost under roughly 5¢ per kilowatt-hour over the life of the project once those factors were included. A third-party-owned power purchase agreement, which avoids the city’s operational and ownership risk, was modeled at a higher cost (the presenter noted in-model PPAs came in above 8¢/kWh).

Technical and operational issues: Council members asked about equipment life, replacement and insurance. The presenter said panels are generally modeled for a 40-year useful life (producing about 70% of original output at the end of that period) and inverters typically need replacement roughly every 15 years; the company had included inverter-replacement reserves and insurance (~$35,000 annually) in its operating-cost line. The firm also addressed maintenance (occasional washing, dashboard monitoring, and using low-growing native grasses to limit mowing) and said racking is designed for wind and snow loads.

Cybersecurity and supply-chain questions: Council members raised concerns about remote access and foreign-made components. The presenter said inverters "do not have that same accessibility" as some battery systems and that physical access would generally be required to change inverter settings; he added the project would follow standard cybersecurity protocols for dashboards and monitoring.

Environmental and end-of-life handling: A council member asked whether panels pose landfill or heavy-metal risks at end-of-life. The presenter said rigid, framed panels contain fewer heavy metals than flexible types and that a recycling industry to recover valuable materials (for example, silver) is emerging.

Timeline and conditions: The presenter said the federal start-construction rule means qualifying construction (for example, placing augers) would need to occur by July 5, 2026, to secure the full ITC, and that the company planned to close on the land in mid-January; the company asked for a city decision by that time if North Platte wished to be a municipal owner. The presenter said construction could occur in 2026 and that, if the city owned the system, the ITC payment would arrive the spring after commercial operation (the presenter used April 2027 as an example).

Council concerns and next steps: Several council members expressed skepticism about municipal ownership and the city taking on operating risk. One council member said he was "a long ways from thinking this... is a good idea" and asked why the wholesale provider would not instead build and sell power to the city. Presenters said they are discussing multiple ownership structures with NPPD and that municipal ownership could lower the city’s long-term cost while a PPA would shift risk to a third party but raise the per-kilowatt price. The firm offered to provide underlying spreadsheets and to continue conversations; the presenter said the developer was scheduled to close on the land in mid-January and wanted a city decision by then if the project was to proceed.

The work session closed with no formal action; council members will consider the project details and the next regular council meeting followed at 5:30 p.m.