Hidden project costs are everywhere in the construction industry: materials, labor, safety, and permitting, just to name a few. As an example, delays tied to regulatory processes are becoming a defining factor in the construction industry. As demand grows for new facilities, energy systems, transportation networks, and large-scale industrial development, bottlenecks tied to permitting, approvals, supply chains, and more are impacting whether projects stay on budget and on schedule.
The Cost of Permitting Delays
Case in point: New research from The United States Energy Assn. and Energy Exemplar looks at how permitting and interconnection delays impact long-term electricity costs, reliability, emissions, and investment timing.
Using Energy Exemplar’s PLEXOS modeling platform, the analysis evaluates how different infrastructure delivery timelines shape power system outcomes under rising electricity demand driven by data centers, artificial intelligence, electrification, and broader economic growth.
The analysis finds that when delivery timelines become the binding constraint, the power system may build resources later than needed, rely more heavily on higher-cost marginal generation, and face increased reliability risk during critical periods. The report concludes permitting reform is not only a development issue, but a central determinant of long-term electricity affordability, reliability, emissions, and regional economic competitiveness.
Consider this: From 2000 to 2024, electricity demand growth in PJM (Pennsylvania–New Jersey–Maryland) interconnection increased by 0.64% annually. The growth was slow enough that delays in individual projects rarely posed a system-wide risk. That context has changed. Permitting delays can cause higher costs and lead to increased risks.
The Cost of Supply Chain Volatility
As another example, material pricing and supply-chain disruptions continue to create hidden costs across construction projects. Fluctuations in the cost of steel, concrete, electrical components, and specialized equipment can quickly impact project budgets, especially on long-duration projects.
In some cases, shortages or shipping delays force contractors to source alternative materials or adjust schedules, creating additional labor costs and inefficiencies. Even small disruptions across procurement timelines can lead to significant financial impacts when projects depend on tightly coordinated delivery schedules.
The Cost of Workforce Shortages
Labor availability remains another major source of hidden construction costs. Skilled labor shortages can increase wage pressure, extend project schedules, and reduce productivity on jobsites. When contractors struggle to staff projects adequately, overtime expenses, subcontractor premiums, and scheduling conflicts often follow.
Productivity losses tied to workforce turnover, training requirements, and coordination challenges may not always appear in initial estimates, but they can impact final construction project costs and completion timelines.
Technology just might help reduce hidden costs and improve efficiency by identifying potential delays, monitoring budgets, and improving coordination throughout the construction project. As an example, AI (artificial intelligence) can analyze large amounts of project data to identify scheduling risks, forecast material shortages, optimize labor, and improve cost estimating accuracy. In the long run technology will ultimately help make faster decisions to improve efficiency and manage overall risk.
As construction demand continues to grow, hidden costs are becoming increasingly difficult to avoid. Permitting delays, supply-chain disruptions, labor shortages, and regulatory challenges can all create significant financial and scheduling pressures that extend beyond initial project estimates. Understanding and planning for these risks early will be critical for keeping projects on schedule, controlling costs, and maintaining long-term economic competitiveness.
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