GenPro Energy Solutions on Rising U.S. Power Demand and the Need for Faster, More Affordable Deployment
Written by Will Jones
For nearly two decades, U.S. electricity consumption remained essentially flat. Increases typically associated with population and economic growth were offset by improvements in energy efficiency and broader structural changes in the economy, including a shift from manufacturing toward less energy-intensive service sectors. GenPro Energy Solutions notes that this long period of stability created the expectation that electricity demand would continue to grow only gradually.
That pattern is now shifting. After hitting a relative low in 2020, U.S. electricity use has been climbing, and forecasts point to further increases ahead. The latest Short-Term Energy Outlook projects that electricity consumption will rise again in 2026 and 2027, exceeding the previous record set in 2024. A significant share of this growth is driven by the commercial sector, including energy-intensive facilities such as data centers.
The impact of this change is already becoming visible in electricity markets, according to GenPro. “Electricity costs have been edging up in many areas as demand grows and utilities look to add more capacity. For families and businesses, keeping energy affordable is becoming a more noticeable part of the conversation. In some places, utilities are proposing rate adjustments to help support new infrastructure and maintain dependable service,” Dwight Patterson, founder of GenPro, states.
These dynamics are prompting a broader conversation about how new electricity generation can be added quickly and affordably. GenPro notes that historically, large power projects, particularly nuclear or fossil fuel plants, have required long development timelines. “Permitting, engineering, and construction can stretch across many years before new power reaches the grid,” Patterson remarks.
In this environment, speed has become an increasingly important factor in meeting growing demand. GenPro suggests that utility-scale solar projects paired with battery storage can move from agreement to operation on a relatively streamlined schedule. The company indicates that the overall development process is often completed within a generally manageable timeframe, with the construction stage representing only a portion of that period.
Cost is another critical dimension of the discussion. GenPro CEO Sara May states, “The affordability of new generation resources becomes central to long-term power pricing as electricity demand increases and utilities invest in additional capacity.”
Across the energy sector, renewable technologies continue to demonstrate strong cost competitiveness, with 91% of newly commissioned utility-scale renewable capacity delivering electricity at a lower cost than the cheapest new fossil fuel alternative. Although total installed costs for most renewable technologies fell between 2023 and 2024, shifts in capacity factors, market share, and financing conditions led to slight levelized cost of energy (LCOE) increases for some technologies.
“Enabling technologies like battery storage and hybrid systems are becoming more important for integrating variable resources and improving grid responsiveness as renewable deployment accelerates,” Tanner Jobgen, Vice President of Business Development, states. Optimized solar-plus-storage systems, in particular, enhance grid resilience by strengthening peak-load management, frequency stability, and recovery during disturbances.
“Because utilities must bring new capacity online faster and at lower cost, the structure of project delivery models has become a critical factor,” May states. Within this broader context, GenPro positions its work as part of the effort to expand generation capacity efficiently. The company’s self-performing, vertically integrated engineering, procurement, and construction (EPC) model is designed to support faster project delivery by coordinating design, procurement, and field execution under one operational framework.
“Operational excellence is what turns energy demand into delivered infrastructure,” COO Rocky Morrison says. “You do not meet today’s market by hoping harder. You meet it by planning correctly, staffing correctly, sequencing correctly, and holding the line on standards from the first site walk to final commissioning. As demand increases, discipline has to increase with it.”
GenPro notes that EPC projects are inherently complex systems in which engineering decisions, supply chains, and field operations are closely linked. Research into large infrastructure developments has shown that minor early-stage deviations, such as small design changes or procurement delays, can expand into broader schedule and cost impacts if coordination breaks down. Traditional EPC structures often involve numerous subcontracted specialists, each responsible for specific project components.
While multi-contractor arrangements can bring together specialized expertise, GenPro emphasizes that they may also contribute to extended timelines when coordination between teams becomes more complicated. “In some cases, multi-subcontractor setups can be associated with increased project costs or longer project schedules because of the handoffs between separate organizations,” May says.
In response to these challenges, GenPro has developed a self-performing approach in which major project disciplines are executed by in-house teams. From site preparation and civil work to mechanical installation, electrical integration, commissioning, and final project closeout, the company operates through a unified organizational structure designed to reduce coordination gaps.
“If engineering, procurement, and construction professionals collaborate within the same operational framework, communication becomes more direct,” May says. “Decisions can be evaluated from technical, financial, and field perspectives at the same time, which helps support steady progress throughout the project lifecycle.”
GenPro also emphasizes that integrated planning allows engineering teams, procurement specialists, and field crews to coordinate more closely on scheduling, materials management, and installation sequencing. According to the company, this alignment can help surface constructability considerations earlier in the development process and reduce the likelihood of unexpected delays during construction.
The firm highlights the organizational benefits of this structure. “Accountability grows when everyone involved sees themselves as contributing to a shared outcome,” Patterson states. “Administrative oversight, cost management, and field leadership operate within a continuous feedback loop that reinforces careful stewardship of client investment.”
As electricity demand continues to accelerate and affordability becomes a growing concern for consumers, the speed and cost of bringing new power generation online will remain central issues in the energy transition. With utility-scale solar and storage projected to play an increasingly significant role in meeting new demand, project delivery models that emphasize coordination and efficiency may help support the rapid expansion of capacity needed to keep the grid reliable and electricity costs manageable.
