Reshoring, Electrification, and Automation as Secular Tailwinds

Introduction

Three mega-trends are converging to create structural demand for capital goods that operates independently of the traditional capex cycle. Reshoring and domestic manufacturing investment, electrification and grid modernization, and automation driven by structural labor shortages are each generating billions of dollars in equipment, infrastructure, and services demand. Together, they represent the most powerful set of secular tailwinds that capital goods has experienced in decades.

For industrials bankers, these tailwinds matter because they change the analytical framework. A company growing at 10% because of a cyclical upswing deserves a very different multiple than one growing at 10% because of structural demand that will persist through the next downturn. Understanding, quantifying, and credibly arguing the secular component of a company's growth is one of the most valuable skills in capital goods banking.

The reshoring of manufacturing to the United States has moved from political rhetoric to measurable economic reality. Since 2025, more than $3 trillion in reshoring investment has been announced by companies across sectors, and cumulative reshoring and foreign direct investment manufacturing jobs have exceeded 1.7 million since 2010. Federal legislation, including the CHIPS and Science Act, the Inflation Reduction Act (IRA), and the Infrastructure Investment and Jobs Act (IIJA), has catalyzed this investment by providing tax incentives, grants, and domestic content requirements that tilt the economics toward US-based production.

Reshoring

The process of returning manufacturing and supply chain operations to the company's home country (or to nearby allied countries, termed "nearshoring" or "friendshoring") after a period of offshoring to lower-cost regions. In the current cycle, reshoring is driven by supply chain security concerns (exposed by pandemic disruptions and geopolitical tensions), government incentives (CHIPS Act, IRA domestic content bonuses), rising labor costs in traditional offshoring destinations, and the economics of automation reducing the labor cost advantage of overseas production. Reshoring directly drives demand for factory construction, production equipment, automation systems, and electrical infrastructure.

The CHIPS Act has catalyzed over $630 billion in announced semiconductor facility investments in the US, with each new fab requiring massive capital goods purchases: construction equipment, electrical infrastructure, process equipment, cleanroom systems, and automation. The IRA's domestic content bonuses for clean energy projects create demand for US-manufactured solar panels, inverters, transformers, battery components, and associated production equipment.

The electrification megatrend is creating demand for capital goods across multiple connected domains.

Grid modernization. The US electrical grid (average transformer age exceeding 40 years) requires massive investment to handle increased load from EV charging, building electrification, data center growth, and renewable energy integration. Utility investment in transmission and distribution infrastructure is growing at high single digits annually, benefiting companies like Eaton, Schneider Electric, and Quanta Services.

Data center construction. AI workloads and cloud computing expansion are driving data center construction at unprecedented rates. Each hyperscale data center requires $500 million to $2 billion in power infrastructure alone, creating demand for transformers, switchgear, backup generators, cooling systems, and fire suppression equipment. More than 50 new data centers were permitted in Virginia alone in 2025.

EV infrastructure. The build-out of EV charging networks requires electrical distribution equipment at every charging station, plus upstream grid capacity upgrades to support the additional load. The US target of 500,000 public chargers creates sustained demand for electrical components and installation services.

Building electrification. Regulatory mandates requiring replacement of gas heating with electric heat pumps, combined with new all-electric building codes, increase electrical load per building and require upgraded electrical panels, wiring, and distribution equipment.

The structural labor shortage in US manufacturing (over 400,000 unfilled positions in 2025, with the gap projected to widen as Baby Boomers retire) makes automation a necessity rather than a discretionary investment. Deloitte's 2025 Smart Manufacturing survey highlighted talent acquisition and upskilling as the top obstacles facing manufacturers, conditions that historically accelerate automation investment.

The automation tailwind creates demand for industrial robots, programmable logic controllers, sensors, machine vision systems, and the software platforms that tie them together. The global industrial robotics market is growing at 10-13% CAGR, with the US market growing even faster (approximately 14% CAGR) as reshoring creates new demand for automated production lines.

Importantly, automation investment is increasingly non-discretionary rather than optional. Manufacturers that cannot hire sufficient workers have no choice but to automate if they want to maintain production levels and fulfill orders. This shifts automation from a "nice to have" capital expenditure that gets deferred during downturns to a "must have" investment that persists even during mild economic contractions. The structural nature of the labor shortage (driven by demographics, not by temporary unemployment dynamics) means that automation demand has a floor that did not exist in previous cycles.

The convergence of AI and industrial automation is adding another layer to the tailwind. Machine learning algorithms applied to quality inspection, predictive maintenance, production scheduling, and autonomous material handling are making automation systems more capable and more accessible to smaller manufacturers. Companies like Rockwell Automation and Siemens are building AI into their automation platforms, creating a technology upgrade cycle on top of the base automation demand.

The three secular tailwinds are fundamentally changing how the market values capital goods companies, and bankers must adapt their analytical frameworks accordingly.

Sell-side positioning. When running a sell-side process for a capital goods company, quantifying the secular tailwind exposure is the highest-value analytical work. "The company derives 35% of revenue from data center power infrastructure (electrification), 20% from reshored manufacturing facilities (reshoring), and 15% from automation equipment for new production lines (automation). Combined, 70% of revenue is driven by secular tailwinds that are expected to persist through economic cycles." This kind of quantification directly supports premium multiple positioning.

Due diligence on secular claims. On buy-side mandates, bankers must help PE sponsors and strategic acquirers distinguish between genuine secular exposure and cyclical demand that is being rebranded as "secular." Not every company claiming to benefit from reshoring actually has structural demand; some are simply enjoying a cyclical construction boom. The secular vs. cyclical framework provides the analytical tools for making this distinction.