This demand for new power is leaving traditional utility planning processes ill-prepared to deliver resources to serve these customers while safeguarding rate payers from overbuilding. However, projected emissions have consistently increased since the end of 2024 because of increased electricity demand, insufficient zero-carbon capacity additions to meet all of this demand, and increased use of gas generation to fill the remaining gap. The program is ideal for individuals seeking to enter the electric utility industry, transition into a utility planning role, or expand their knowledge of utility operations and design practices. Using costs approximated from a large load tariff proceeding in Indiana, we estimate the one-time costs of building capacity before it’s needed at almost $2 billion — about one-fifth of the utility’s total revenue from all customers in 2024.

These amendments enabled quick procurement of new generation resources but occurred with limited regulatory oversight compared to the typical IRP process. For example, Georgia Power issued a 2023 IRP update that projected 6,600 MW of demand growth through 2031 — up from 400 MW just a year earlier. Current procurement processes (actions utilities take to build the resources indicated in their plans) often flow directly from decisions made in the IRP. Now, organizations like Telos Energy are exploring alternative techniques that remove capacity expansion modeling https://africanownews.com/non-residential-premises-lease-payment-issues.html altogether. Traditionally, planners have relied on a multi-step process, using capacity expansion models to design an optimal portfolio, and then iteratively testing those results by conducting economic and reliability analyses.

Generation by technology is calculated with assumed continuation of trends in capacity factor for each company and technology, and is converted to emissions using utility-specific emissions factors by technology. They remain focused on providing reliable electricity service to customers while balancing priorities of costs for customers, external requirements of policy and regulations, returns to investors, and climate impact. This method provided risk mitigation amid uncertainty and changes, but exposes utilities to gas price volatility and misses the opportunity to reduce emissions and customer costs with zero-carbon electricity generation.

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Philanthropy enables us to produce independent research and make resources like this freely available. Our work is supported by philanthropy as well as partnerships, including fee-for-service engagements. It typically includes details on the location of utility lines, placement of infrastructure such as water mains and sewer pipes, and connections to existing municipal or regional utility networks. A comprehensive utility plan for subdivision development is a detailed document that outlines the design, layout, and integration of essential utility infrastructure to support the development of a subdivided area. Its scalable architecture and flexible design allow it to adapt to any type of utility, ensuring that you are always equipped with the best tools to face the future. The utility industry is continuously evolving, facing new regulations, infrastructure requirements, and increasing customer expectations.

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Many utilities are experiencing load growth, but don’t have the ability to bring new resources online quickly or rely on purchases from neighboring utilities — available capacity is limited not just for individual utilities, but for broader regions. This plan addresses the provision of various utilities necessary for the functioning of the subdivision, including water supply, sanitary sewer systems, stormwater management, electricity, gas, telecommunications, and other relevant services. In 2016, the company launched its seller education platform called Shopee University, which aims to help train local entrepreneurs and businesses in setting up their online businesses. The current course schedule which includes class meeting times, locations and design is subject to change without notice or obligation. Upon successful completion of the program, participants will be well prepared to pursue career opportunities with electric utility companies, engineering consulting firms, contractors, and other infrastructure-related organizations.

Prioritizing maintenance work can sometimes feel more like an art than a science. Comprehensive maintenance and replacement plans play a crucial role in prolonging the life of assets, preventing unexpected failures, and ensuring that replacement decisions are timely and cost-effective. The other strategic consideration for your maintenance plan is asset condition. Best practice for this step is to leverage technology to catalog asset details. A comprehensive asset inventory that pulls together basic but important details of each asset is the foundation upon which all maintenance and management activities will be built. Utility asset management is the strategic process of managing the physical assets and infrastructure involved in delivering utility services.

• If you’re not already using some kind of maintenance software, this should be your first investment.
• Current planned capacity in IRPs across the United States (Exhibit 3) includes 259 GW of wind and solar additions, 103 GW of gas additions, and 74 GW of coal retirements between 2023 and 2035.
• For example, Georgia Power issued a 2023 IRP update that projected 6,600 MW of demand growth through 2031 — up from 400 MW just a year earlier.
• Improved planning processes, with supporting policy and regulation, would enable utilities to more effectively transition toward a low-cost, zero-carbon future.

Improved planning processes, with supporting policy and regulation, would enable utilities to more effectively transition toward a low-cost, zero-carbon future. All utilities that updated their IRPs in 2025 Q3 increased their future projected emissions compared to previous plans. Projected emissions are lower than today’s emissions because utilities do still have plans to retire coal and build zero-carbon capacity. One highlight in this quarter’s capacity plans is Cleco Power’s use of MISO’s generator replacement process to add 240 MW using existing interconnection rights at the site of the retired Dolet Hills coal plant. The most notable combined effect of these influences was delayed retirements of existing fossil plants, often with conversion from solid fuels to gas.

Compounding these issues is significant uncertainty in several areas, including load forecasts, resource costs, market rules, environmental protection agency (EPA) regulation, and federal and state policy. IRPs do not provide a fully accurate prediction of the future, but we focus http://www.semmms.info/works-a6-hazel-grove-7th-24th-march/ on them because they reflect the direction that utilities are currently striving for and a set of proposed actions to get there. We provide analysis of expected load, planned capacity, modeled generation and emissions, and comparison to targets and decarbonization scenarios to evaluate progress toward a zero-carbon energy future.