Tag: Made-in-America

SEG Solar has opened a new 4-gigawatt solar-panel factory in Tomball, Texas, expanding American manufacturing capacity with an investment of more than $200 million and plans for up to 800 jobs. The August 7 grand opening turned a major expansion promise into an operating facility built to supply solar projects across the United States.

The nearly 500,000-square-foot plant is SEG Solar’s second U.S. module factory. Together with its first Houston-area operation, it raises the company’s annual domestic module capacity to approximately 6 GW—enough manufacturing scale to matter in a market long dependent on overseas production.

A 4 GW Texas Solar Factory Moves From Plan to Production

SEG announced the Tomball project in May and held its grand opening only three months later. Commercial production is expected during the third quarter of 2026, giving the Houston-headquartered company a much larger platform for serving utility, commercial and residential customers.

The plant is designed for flexibility as solar technology changes. SEG says its production lines can integrate next-generation heterojunction, or HJT, technology, which combines different semiconductor layers to improve panel efficiency and performance.

Up to 800 American Manufacturing Jobs

The employment number deserves attention. Up to 800 new jobs could include production operators, maintenance technicians, quality specialists, engineers, logistics workers and supervisors. Those positions create paychecks inside the factory and additional demand for nearby suppliers and local businesses.

Modern solar manufacturing is highly automated, but it is not workerless. Equipment must be installed, programmed, maintained and improved. Materials have to be tracked, panels inspected and production problems solved by people with practical technical skills.

Why Domestic Solar-Panel Production Matters

Solar panels are becoming part of America’s essential energy infrastructure. Producing more modules domestically can shorten delivery times, improve traceability and reduce exposure to disruptions that occur when too much of a supply chain is concentrated overseas.

Domestic manufacturing also keeps more of the value created by new energy projects in American communities. The benefits extend beyond where panels are installed to include the people who assemble, test, package and ship them.

American-Owned Does Not Mean Every Component Is Domestic

SEG describes itself as a 100% U.S.-owned manufacturer headquartered in Houston. That is an important distinction, but buyers should still understand the full supply chain. The company assembles modules in Texas while developing upstream ingot and wafer capacity in Indonesia.

This does not erase the value of American module production. It does show why precise language matters. “American-made solar panels” can describe meaningful domestic manufacturing even when some raw materials or components originate elsewhere. The long-term opportunity is to localize more stages of production here.

A Third Texas Factory Is Already Underway

SEG is not stopping at 6 GW. The company has broken ground on a third Greater Houston facility planned at approximately 1.15 million square feet, including factory and warehouse space. Construction is projected to finish in March 2027, with commercial production expected in May 2027.

That third plant would add 4.6 GW of annual capacity and bring SEG’s planned U.S. total to 10.6 GW. It is expected to focus primarily on high-efficiency HJT modules, while SEG is also evaluating American sites for a dedicated solar-cell factory.

Texas Is Becoming a Manufacturing Center

The Houston region has long been associated with oil, gas and petrochemicals. Solar manufacturing adds another chapter to that industrial history. The same strengths that support traditional energy—skilled trades, engineering talent, freight networks and large industrial sites—can also support factories producing newer energy technologies.

That overlap matters because an energy transition should create durable American work, not simply replace one set of imported products with another. Communities benefit most when investment includes factories, technical training and long-term supplier relationships, not only construction projects.

Customers Can Strengthen the Domestic Market

Large developers and commercial buyers influence where manufacturers invest. When purchasers ask where modules are assembled, how components are sourced and what labor supports production, they reward companies that build transparent domestic operations.

Consumers can ask similar questions when considering rooftop solar. Country-of-origin claims can be complicated, so buyers should request specific information about module assembly and major components. Better questions create stronger incentives for companies to keep moving production closer to home.

The Bigger Test Is Sustainable Production

Factory openings generate headlines, but sustained output creates lasting impact. The Tomball plant must ramp safely, meet quality targets, win customer orders and retain its workforce. If it does, the operation can strengthen the case for manufacturing more of America’s energy equipment at home.

SEG’s expansion is a concrete example of domestic manufacturing responding to real demand. A U.S.-owned company has invested more than $200 million in Texas, opened a major production site and created a path toward hundreds of manufacturing jobs. That is progress worth recognizing—and a reminder that American energy independence also depends on American production capacity.

Whenever possible, choose Made in USA.

Foxlink has opened its first U.S. AI factory in Fort Worth, Texas, bringing advanced electronics production—and the potential for roughly 900 jobs—to AllianceTexas. The new operation shows what modern American manufacturing can look like: skilled people working alongside intelligent automation to build critical technology closer to U.S. customers.

The Taiwanese technology manufacturer officially opened the facility on July 14, 2026. Production is expected to begin in August, turning a 147,780-square-foot building into a North American base for high-precision electronics assembly.

A New Electronics Factory Starts Production in Texas

Foxlink selected Alliance Gateway 17 at 4600 Alliance Gateway Freeway for its first North American manufacturing plant. At the opening, the company already had a little more than 50 employees on site, according to local reporting, with the workforce expected to expand as additional customers and production programs come online.

At full capacity, the facility is projected to support approximately 900 jobs. That is a meaningful number for Fort Worth, but the larger story is the kind of work involved: technically demanding production that has too often been located far from the American companies and consumers who depend on it.

What Foxlink Will Manufacture in Fort Worth

The plant will handle printed circuit board assembly, surface-mount technology, final assembly, testing and packaging. These are not cosmetic finishing steps. They are core parts of turning sophisticated components into dependable products ready for customers.

Foxlink also plans to use AI-driven robotics and intelligent automation throughout the operation. That combination can improve precision, consistency and speed while creating demand for technicians, engineers, equipment specialists, quality professionals and production workers who can keep a highly automated factory running.

Why AllianceTexas Made Sense

AllianceTexas offers more than available industrial space. The development connects manufacturers to major highways, an intermodal rail facility and Perot Field Fort Worth Alliance Airport. For an electronics producer receiving components and shipping finished goods, that network can reduce delays and make domestic production more competitive.

Fort Worth also provides access to a large and growing labor market. Foxlink cited the region’s talent, logistics and business environment as reasons for choosing the site. Those practical advantages matter when a company is deciding whether its next factory belongs in the United States.

Automation and 900 Potential Jobs Can Coexist

The phrase “AI factory” may sound like a building without people. In reality, advanced automation changes the work more than it eliminates the need for workers. Robots can repeat precise motions, but people still install equipment, program systems, solve problems, inspect output, manage materials and improve the process.

That is why workforce development must be part of the reshoring conversation. Communities that connect manufacturers with technical schools, community colleges and apprenticeship programs give local residents a better chance to qualify for the jobs these investments create.

An American Manufacturing Win—with an Important Distinction

Foxlink is a Taiwanese-owned global company, so this is not a story about an American-owned manufacturer. It is still a genuine American manufacturing win because the production, investment and jobs are being placed in Texas. Clear language matters: “Made in USA” describes where work happens, not necessarily where a parent company is headquartered.

Foreign-owned manufacturers employ millions of Americans and can strengthen domestic supply chains when they build here. The goal should be more production capacity on American soil, more opportunities for American workers and more resilience when international shipping or geopolitical events disrupt the flow of essential goods.

What This Factory Could Mean Beyond Fort Worth

A single factory will not rebuild the entire electronics supply chain. It can, however, become an anchor. Successful plants attract suppliers, service companies, logistics providers and specialized talent. They also give customers evidence that advanced electronics can be produced competitively in the United States.

Foxlink’s decision could encourage other manufacturers to examine North Texas and other American regions with strong transportation and workforce networks. Every new operation adds knowledge and capacity that makes the next domestic investment easier.

The Test Comes Next

The opening ceremony is the beginning, not the finish line. The real measure will be how quickly production ramps, how many jobs materialize and whether the Fort Worth plant earns additional customer programs. Those results will determine the facility’s long-term impact.

For now, the direction is encouraging. A global electronics manufacturer chose to put its first North American plant in Texas, begin production in 2026 and build a workforce around advanced manufacturing. That is the kind of concrete investment the Buy American movement should notice—and the kind consumers can reinforce by choosing products made here whenever possible.

Whenever possible, choose Made in USA.

When people think about American manufacturing, they usually picture the finished product — a pickup truck, a cast-iron skillet, a can of soda, or an airplane.

Few people think about the raw materials that make those products possible.

That is why one announcement from South Carolina deserves far more attention than it has received. Century Aluminum’s Mount Holly smelter is running at full capacity for the first time since 2015, and that single restart is lifting U.S. primary aluminum production by roughly 10 percent.

Manufacturing does not begin on an assembly line. It begins much earlier — with the materials everything else is built from.

Why Aluminum Matters

Aluminum is one of the most important industrial metals in the American economy. It shows up in products Americans use every day:

• Beverage cans
• Aluminum foil
• Cookware
• Cars and pickup trucks
• Aircraft
• Electrical transmission lines
• Construction materials
• Boats
• Military equipment

Without a reliable domestic supply of primary aluminum, manufacturers become increasingly dependent on imports for the starting material of all of it.

What Is a Smelter?

Many people assume aluminum comes straight out of a mine. It does not.

Bauxite ore has to be refined into alumina first, and the alumina then goes through enormous smelters where electricity separates pure aluminum from oxygen. These plants are among the most energy-intensive industrial facilities in the world.

They are also extraordinarily expensive to build and very difficult to restart once they have gone cold. That is a large part of why American aluminum-smelting capacity has shrunk so dramatically over the past few decades — and why Mount Holly is now one of only four primary aluminum smelters left operating in the United States.

A Rare Piece of Good News

Century Aluminum has brought the idled portion of its Mount Holly plant in Berkeley County, South Carolina back online, returning the facility to 100 percent production for the first time in more than a decade.

The numbers behind it are concrete. Century invested roughly $50 million in the restart, added about 150 jobs at a plant that now employs more than 600 people, and brought back over 50,000 metric tons of annual capacity. That one restart raises total U.S. primary aluminum output by close to 10 percent.

U.S. Commerce Secretary Howard Lutnick visited the plant on July 27 to mark the milestone alongside South Carolina officials.

Why This Restart Actually Happened

It is worth being precise about the cause, because it was not simply a good year for demand.

Century pointed directly at trade policy. The company titled its own announcement around the benefits of Section 232 tariffs, which were raised to 50 percent on imported aluminum with no exemptions. Those tariffs changed the math on domestic production enough to justify firing the idled potlines back up.

The second ingredient was electricity. Smelters live or die on power costs, and Mount Holly’s capacity had been constrained for years by its power arrangement. Century and Santee Cooper, the state-owned utility that supplies the plant, extended their contract through 2031 to secure the additional power the restart required. Without that agreement, the tariffs alone would not have been enough.

The Part That Still Comes From Overseas

Here is the honest caveat, and it matters if you care about real industrial independence rather than the headline.

A smelter does not make aluminum out of nothing. It needs alumina, which is refined from bauxite ore — and the United States barely produces either one anymore. American alumina refining capacity has collapsed from nearly 5 million tons in 2000 to roughly 600,000 tons today, concentrated in a single remaining refinery in Gramercy, Louisiana. The country imports more than 75 percent of its bauxite and about 71 percent of its alumina, mostly from Jamaica, Brazil, Guyana, and Australia.

So Mount Holly running at full tilt is a genuine win for American jobs and American output. It is not yet an American supply chain. The metal is poured here; the raw material largely is not.

That gap is being worked on. Century has partnered with the startup Brimstone on an effort to build the first domestic mine-to-metal aluminum supply chain, though a full-scale alumina plant is not projected until the 2030s.

Why Domestic Production Matters

For a lot of manufacturers, aluminum is not just another commodity line item. It determines whether they have a stable supply during a disruption.

The past several years have shown how fast global supply chains can seize up — geopolitical conflict, shipping bottlenecks, tariffs, energy shortages. Every ton produced domestically is one more ton an American manufacturer can source without crossing an ocean for it.

It Is About More Than Beverage Cans

When people hear aluminum, they think soda cans. The metal does far more work than that.

The auto industry uses it to cut vehicle weight and improve fuel economy. Aerospace depends on high-strength aluminum alloys. Utilities run aluminum conductors across thousands of miles of transmission line. Defense manufacturers put it in everything from armored vehicles to naval vessels.

Plenty of the American-made products we feature here — cookware, trailers, tools, outdoor gear — trace back to a healthy domestic aluminum industry whether the buyer realizes it or not.

Rebuilding Manufacturing Starts at the Beginning

It is easy to celebrate a new factory that assembles a finished product. It is harder to notice when a raw-material producer quietly restores capacity.

The second one may matter more. A strong industrial base is not built out of assembly plants alone — it needs steel mills, aluminum smelters, chemical producers, foundries, and the whole unglamorous upstream that feeds them. Without those, even a product assembled in the United States is often made of imported material.

The Bottom Line

Mount Holly returning to full production will not solve American aluminum overnight. Four primary smelters is still a thin margin for an economy this size, and the refining side of the industry is thinner still.

But the direction changed, and it changed for reasons that can be repeated. Every increase in domestic production makes the manufacturing base a little harder to disrupt.

Sometimes the biggest manufacturing victories are not the products you see on a store shelf. They are the raw materials that make those products possible in the first place.

Whenever possible, choose Made in USA.

Every day, millions of containers arrive at American ports carrying everything from electronics and clothing to machinery and auto parts. Towering above the ships are the giant cranes that unload them — some of the largest and most complex machines in the world.

Here is something most Americans do not know: the United States has not built one of these cranes in more than thirty years.

That reality came into focus again this week when Washington United Terminals in Tacoma awarded a contract for four new cranes to South Korea’s HD Hyundai Samho. The Korean shipbuilder will design, manufacture, transport, install, and commission the equipment as a turnkey project, with delivery scheduled through 2028.

It is a reminder that while America remains a manufacturing powerhouse in many industries, there are still critical sectors where domestic production has nearly disappeared.

The Machines That Keep Trade Moving

Ship-to-shore cranes are engineering marvels. They stand well over 200 feet tall, with booms that reach across the deck of a container ship, and they lift boxes weighing tens of tons with remarkable precision. Modern ports simply cannot operate without them.

The Tacoma order covers two ship-to-shore quay cranes, which will replace aging units, and two yard cranes that move containers around the terminal. Together they will lift Washington United Terminals’ annual capacity from roughly 590,000 containers to 880,000 and allow the terminal to handle the largest vessels calling on the West Coast.

When a new crane arrives, it is not just another piece of equipment. It is a decades-long investment in the infrastructure that keeps commerce flowing.

How America Lost This Industry

It was not always this way. An American company, PACECO, built the world’s first dedicated ship-to-shore container crane in 1958 and manufactured them in the United States for three decades. Its Gulfport, Mississippi plant closed in 1989. That was the end of domestic production.

Into that gap stepped China’s state-owned Shanghai Zhenhua Heavy Industries, better known as ZPMC. Today ZPMC holds roughly 70 percent of the global container crane market, and federal estimates put its share of the ship-to-shore cranes operating at U.S. ports at close to 80 percent.

That dominance did not happen overnight. As American heavy manufacturing declined and Chinese production expanded, U.S. ports bought imported cranes because there were almost no domestic alternatives left to buy.

Why Port Cranes Became a National Security Concern

In recent years, those purchases became more than an economic question. Modern cranes can be monitored, serviced, and reprogrammed remotely, and federal officials warned that the software and networking built into foreign-made equipment could expose critical infrastructure to interference.

The response has been substantial. An executive order directed action on maritime cyber threats. The U.S. Coast Guard issued Maritime Security Directive 105-4, requiring operators of Chinese-built ship-to-shore cranes to take specific cyber risk management steps. And federal trade officials imposed tariffs of 100 percent on Chinese ship-to-shore cranes and certain cargo handling equipment.

But closing the door on one foreign supplier is not the same thing as rebuilding an American industry.

The Tacoma Order Shows the Gap

The Tacoma contract illustrates the challenge precisely. With Chinese cranes effectively priced out, the work did not go to an American manufacturer. It went to South Korea.

There is another detail worth noting. Washington United Terminals is the U.S. arm of HMM, South Korea’s largest shipping line, and four of the eight quay cranes already standing at its Tacoma berth were also built by HD Hyundai Samho — back in 1999. This capability did not slip away last year. It has been gone for a very long time.

South Korea is one of the few countries left with the industrial base to compete for work this specialized, which is exactly why American ports looking for alternatives keep landing there.

America Is Trying to Rebuild This Industry — It Is Not There Yet

The encouraging part of this story is that the effort is real and underway.

PACECO — the same company that invented the machine in 1958 — announced plans to restart ship-to-shore crane manufacturing in the United States after a thirty-year pause. Konecranes has partnered with American steel suppliers to build up domestic port crane capacity. Federal policy has put real money and real tariffs behind the goal.

But announcements and finished cranes are two different things. When PACECO won an order in September 2025 for two large Portainer cranes bound for the Port of Long Beach, the machines were built in Japan, using American-made components, and shipped here. The domestic restart has been announced. It has not yet produced an American-built crane.

That gap between the announcement and the first machine off the line is the honest state of this industry right now.

Rebuilding an Industry Takes More Than a Factory

Most conversations about American manufacturing focus on things consumers buy — cars, appliances, clothing, tools. Heavy industrial equipment rarely gets the same attention, even though it is the equipment everything else depends on.

An industry like this one requires an entire ecosystem: heavy steel fabrication, precision machining, industrial electrical systems, advanced controls and automation, specialized engineering, skilled welders and fabricators, and assembly facilities big enough to build a structure taller than a twenty-story building.

Once that industrial base disappears, rebuilding it is not as simple as opening a new plant. It takes years of investment, trained workers, a supplier network, and customers willing to place the first orders before the track record exists.

The Bottom Line

The Tacoma crane contract is not bad news. South Korea is a trusted ally with world-class manufacturing, the terminal needed the upgrade, and modernizing American ports is essential work.

But the project points at something larger. America is strengthening domestic manufacturing across many sectors, and in plenty of them that effort is producing new factories and new jobs. In others — like the giant cranes that unload our own imports — the country is still working its way back.

That is the difference between buying American products and rebuilding American industrial capability. One you can do this afternoon. The other takes a decade and a lot of people deciding it matters.

Sometimes the biggest manufacturing stories are not about what we make. They are about what we no longer can — and what it will take to change that.

Whenever possible, choose Made in USA.