How Energy Infrastructure Becomes a Decision Anchor for Advanced Manufacturing Investment: The Paradigm of Greater Richmond, Virginia

From Energy Security to Industrial Competition: The New Equation for Advanced Manufacturing Site Selection

The global manufacturing landscape is undergoing a profound restructuring. Fluctuating energy costs, grid vulnerability, and decarbonization targets are jointly forcing multinational corporations to rethink their priorities when selecting production bases. Traditional factors such as labor costs, tax incentives, and logistics hubs remain important, but a more fundamental factor—the reliability, scalability, and cleanliness of energy infrastructure—is becoming the decisive variable in site selection.

Against this backdrop, the Greater Richmond Region in Virginia, USA, has emerged as a uniquely attractive destination. This region is not a traditional manufacturing powerhouse, yet through decades of investment in energy infrastructure and institutionalized public-private collaboration, it has successfully positioned itself as a preferred location for advanced manufacturing. Its experience offers a window into the new logic of global capital flows: when energy supply is no longer a constraint but a competitive weapon, how can a regional economy achieve leapfrog growth?

Energy Infrastructure as a Hidden Regional Asset

The competitive advantage of the Greater Richmond Region is rooted in the structural characteristics of its energy system. According to public data, the region's industrial electricity rates have long been below the U.S. national average, and it benefits from fuel diversity—simultaneously accessing a reliable power grid and natural gas pipeline systems. For advanced manufacturing plants that require continuous, high-load operation 24/7 (such as advanced materials and food processing), this dual-fuel redundancy is not only a cost advantage but also a guarantee of operational resilience.

More importantly, the region's energy planning demonstrates significant long-term vision. Utility companies such as Dominion Energy Virginia and Columbia Gas of Virginia do not passively respond to investment demands; instead, they proactively assess future load growth through 20-year Integrated Resource Plans (IRPs). This long-termist thinking means that when multinational corporations present specific electricity needs, the region is able to provide confirmatory answers rather than vague promises. Jennifer Wakefield, CEO of the Greater Richmond Partnership, captures this difference: "Companies choose locations based on past performance, not promises."

Case Validation: LEGO’s and Alfa Laval’s Site Selection Logic

The LEGO Group’s investment of over $1 billion in its first large-scale manufacturing base in the U.S. is a perfect illustration of the region’s energy advantages. LEGO required the plant to achieve carbon-neutral operations—with annual electricity consumption fully matched by on-site renewable energy, including a 28-megawatt rooftop and ground-mounted solar farm. Faced with this stringent net-zero requirement, the Greater Richmond Region did not treat it as an obstacle but instead turned the renewable energy solution into a site selection advantage by coordinating with utility partners.Equally indicative is Alfa Laval’s expansion decision. The Swedish industrial group, operating in Henrico County since 1990, announced in 2026 that it would double its heat exchanger production capacity. The decision was driven not only by the geographic advantage of proximity to markets but also by the region’s ability to provide stable electricity and natural gas supply for expansion, as well as the additional energy flexibility needed for automated production lines.

These cases reveal a trend: in the global supply chain restructuring, regions that can simultaneously meet the dual standards of “high reliability” and “low carbon emissions” are attracting significant capital. Energy, traditionally viewed as an operational cost, has now been elevated to a strategic locational asset.

Policy Synergy and Institutional Innovation: Sources of Hidden Competitiveness

The success of the Greater Richmond region relies not only on natural endowments but also on a carefully designed institutional framework. The Greater Richmond Partnership, as a central coordinating body, brings in utility partners early in the project evaluation process, embedding energy demand assessment into the very front of site selection. This “infrastructure upfront” approach effectively eliminates investment uncertainty—companies no longer discover insufficient power capacity only after securing land.

In addition, regional utilities (such as Columbia Gas of Virginia) maintain multiple interconnection points with interstate pipeline networks and plan future capacity through upstream cooperation. This system-level resilience allows flexible adjustments via pipeline interconnections and short-term contracts even when demand exceeds expectations, avoiding bottlenecks that could hinder investment.

Low natural disaster risk is another hidden advantage. According to the FEMA National Risk Index, the Greater Richmond region falls within a lower risk range among major U.S. metropolitan areas. For continuous production facilities with high costs of operational downtime, this factor is often more decisive than labor costs.

Regional Competition Insights from a Global Perspective

Placing the Greater Richmond case in the broader global FDI landscape yields several general conclusions:

First, energy infrastructure is upgrading from a “supporting factor” to a “core locational variable.” Whether it is the clean energy manufacturing reshoring driven by the U.S. Inflation Reduction Act, or the semiconductor plant locations in Europe, Japan, and South Korea, companies have unprecedentedly high requirements for power quality, green electricity accessibility, and backup redundancy.

Second, regional economic development organizations need forward-looking energy planning capabilities. The traditional approach of attracting investment mainly through tax incentives is becoming ineffective, replaced by the ability to provide specific, verifiable energy solutions.

Third, net-zero targets and industrial competitiveness are not irreconcilable. The LEGO case demonstrates that when a region has the capacity to support renewable energy, high-standard ESG requirements can instead become a differentiated competitive advantage.

Fourth, a long-term mindset is a dividing line for regional competitiveness. Utilities in the Greater Richmond region plan for load growth on a 20-year horizon, a time span that aligns with the lifecycle of manufacturing investments, thereby reducing the policy and supply risks that companies face in future operations.## Conclusion: Energy Logic Reshapes the Global Manufacturing Map

Driven by the dual forces of electrification and digital transformation, advanced manufacturing is undergoing a fundamental shift from a "cost-oriented" to a "stable, low-carbon energy-oriented" approach. The story of the Greater Richmond region shows that areas capable of forward-looking planning, systematic coordination, and risk control in energy infrastructure will gain a competitive edge in the global race for capital.

For multinational corporations evaluating new investment destinations, energy is no longer just a budget item but a core dimension that must be incorporated into strategic risk management. Over the next decade, the evolution of the global manufacturing geographic landscape will largely be determined by whether regions can build a reliable, clean, and scalable energy foundation.