Water and Energy Infrastructure: The Central Axis of Nearshoring in Mexico

Relocation requires guaranteeing water and energy to materialize the industrial investment.

March 23, 2026

The phenomenon of supply chain relocation to Mexico represents a structural reconfiguration of the global manufacturing industry. Companies are moving their operations from Asia to North America to reduce logistics costs, mitigate geopolitical risks, and comply with the rules of origin of the USMCA. However, the arrival of new industrial plants is placing unprecedented pressure on the national infrastructure.

This issue matters because the availability of basic services dictates the viability of projects. Lack of reliable access to electricity and water acts as the main obstacle to Foreign Direct Investment. Corporations operate under standards of business continuity and sustainability, requiring guarantees of uninterrupted and renewable supply.

Addressing shortcomings in electricity transmission capacity and water management unlocks the development of industrial parks. Advance planning in these sectors allows Mexico to transition from a passive recipient to an advanced manufacturing hub capable of sustaining its long-term growth.

Why it matters, and why now

The concentration of demand in industrial centers exposes the limitations of the electrical system and hydrological basins. Rapid growth in the north and the Bajío region increases the load on electrical transmission and distribution networks. At the same time, these regions face chronic water stress.

The sense of urgency lies in the finite window of opportunity. Other countries are adapting their regulatory frameworks and investing in infrastructure to compete for the same capital. Without guarantees of electricity connectivity and water availability, investments will be redirected to other jurisdictions.

Currently, industrial parks are reporting long waiting times to obtain electricity supply feasibility studies. Peak demand on the National Interconnected System is growing faster than new generation and transmission capacity.

On the water front, industry requires predictable volumes for manufacturing, cooling, and sanitation processes. The overexploitation of aquifers in areas with the greatest industrial potential necessitates a rethinking of the concession and water use model. Companies demand legal and operational certainty before committing fixed capital.

The combination of these factors explains why infrastructure is the primary decision-making criterion for companies. It's not just about building industrial buildings, but about ensuring that these facilities can operate at full capacity without interruptions from power outages, voltage drops, or water rationing.

What is and what is not relocation preparation

Preparing the country for relocation is a comprehensive planning exercise and a long-term capital investment. It involves designing redundant electrical grids, modernizing wastewater treatment plants, and integrating distributed generation sources at consumption centers. It means creating an environment where public policy and infrastructure development advance in sync with projected demand.

It's not simply about issuing building permits in areas with no industrial potential or where services are unavailable. It's not about relying solely on public spending to solve the infrastructure deficit. Nor is it a strategy focused on cheap labor, a model that has lost competitiveness to technologically advanced manufacturing.

Upgrading infrastructure does not mean granting disproportionate advantages to corporations, but rather establishing the basic conditions for competitiveness. It means recognizing that water for industrial use can and should come from circular economy models, avoiding competition with water for human consumption.

Electrical modernization involves upgrading substations, implementing smart meters, and digitizing the grid to efficiently manage intermittent loads and the energy consumption of automated plants. It's about an interconnected ecosystem, not isolated projects.

Advantages and implications of resolving the bottleneck

Addressing water and energy infrastructure deficits has a broad impact on the economy. The most obvious direct benefit is the sustained attraction of Foreign Direct Investment. By providing certainty regarding basic inputs, project risk is reduced, facilitating financing and accelerating construction.

A second advantage is the geographical diversification of development. Expanding transmission networks and water infrastructure in the south-southeast allows international capital to be redirected to areas with greater resource availability, reducing pressure on the northern border.

The main implication of this modernization is the accelerated adoption of technology. To guarantee a clean electricity supply, the industry is driving the growth of distributed generation and battery storage. For water, the installation of ultrafiltration and reverse osmosis treatment systems within the industrial parks themselves is being encouraged.

Additionally, the construction and operation of this new infrastructure will generate specialized employment. High-level civil, mechanical, electrical, and environmental engineering skills are required. This will put positive pressure on the education system to train technical and engineering professionals aligned with the real needs of the productive sector.

Finally, resolving this bottleneck strengthens domestic supply chains. Large, leading companies require reliable and responsive local suppliers. If overall infrastructure improves, Mexican small and medium-sized enterprises (SMEs) can also increase their productivity, effectively integrating into global processes and raising the domestic content of their exports.

How to implement infrastructure solutions

Implementation requires the coordination of financial, regulatory, and technical mechanisms. In the electricity sector, the first step is facilitating investment in distributed generation. This allows plants to generate energy on-site, reducing the public burden. The capacity limit for exempt generation should be expanded, enabling operation without complex interconnection processes.

Secondly, the use of Public-Private Partnerships and structured financing schemes is required for transmission projects. Private capital must participate in the expansion of high-voltage lines, under cost recovery schemes through wheeling tariffs or shared infrastructure agreements.

For the water sector, implementation focuses on treatment and reuse. Industrial parks must transition to the mandate of operating with treated water for all their production processes. This requires joint investment between real estate developers and municipalities to modernize wastewater treatment plants, ensuring water quality that meets industrial standards.

Furthermore, implementation requires one-stop shops and the digitization of procedures. Obtaining service feasibility studies, building permits, and environmental authorizations must be standardized and operate under defined and strict response times.

Finally, planning must be based on hard data. Regulatory bodies and economic development agencies should use industrial demand projections to define priority expansion zones, ensuring that the development of the electrical grid and water infrastructure precedes the installation of factories.

Risks and mitigation strategies

The main risk is inaction or slowness in regulatory decision-making, resulting in lost investment to competing economies. Mitigation involves establishing binding working groups between the public and private sectors, with implementation timelines for issuing permits and carrying out key projects.

A second risk is water stress caused by climate variability and prolonged droughts. This threatens the continuity of industrial operations and generates social tensions over access to water. Mitigation requires mandatory closed-loop recirculation systems in new industrial plants, large-scale investments in rainwater harvesting, and strict separation of urban and industrial water supply sources.

Saturation of the National Interconnected System poses a critical risk of outages or blackouts, impacting production and damaging sensitive equipment. To mitigate this risk, industry must incorporate battery energy storage systems and implement demand response schemes, reducing peak-hour consumption in exchange for tariff incentives.

Finally, there is the risk of volatility in public policies. The lack of continuity in the operating rules for the energy sector hinders long-term investment. Mitigating this requires anchoring infrastructure commitments in international treaties and long-term contracts that provide unalterable guarantees against political cycles.

How value is materialized

Value is realized when a multinational company successfully begins operations on schedule, without incurring additional costs due to service connection delays. This is reflected in companies' financial statements through reduced operating and logistical costs, and in the return on investment metrics of industrial park developers.

At the macroeconomic level, the value is quantified by the increase in manufacturing GDP, the sustained growth of exports, and the consolidation of a positive trade balance. It is reflected in the increase in tax revenue, both at the federal and municipal levels, derived from the economic activity and property taxes generated by the new industrial facilities.

In terms of employment, the value translates into the creation of formal, well-paid jobs with benefits, which increases purchasing power in industrial regions. For infrastructure itself, the value is consolidated in the creation of more robust and efficient electricity grids with a greater component of clean energy, as well as in a circular water management system that guarantees the viability of natural resources for decades to come.

Closing: Towards a resilient industrial ecosystem

Water and energy infrastructure is not a secondary component of economic strategy; it is the determining factor that defines the ceiling for Mexico's industrial growth. The relocation of supply chains is an operational reality, but capturing their full potential requires the disciplined execution of supporting infrastructure projects.

The public and private sectors must abandon the logic of isolated projects and adopt an industrial ecosystem approach. It is imperative to accelerate co-investment schemes, simplify regulatory processes for power generation and transmission, and standardize the use of treated water across the manufacturing sector.

The country's success in attracting international capital depends directly on its technical capacity to supply clean megawatts and a constant supply of water. The planning and investment decisions made today will determine the competitiveness of national industry for the next thirty years.