Hitachi Energy provides systems and solutions for transmitting and distributing electricity. It sells and implements equipment such as transformers, high‑voltage gear, and grid automation tools that help move power from generation sites to homes and businesses. Its offerings include hardware and software that monitor, control, and optimize electrical grids, with AI, data analytics, and automation to improve efficiency and reliability. The company differentiates itself by combining its global engineering footprint with advanced digital technologies and a broad portfolio that covers transmission, distribution, and grid optimization, backed by a presence in more than 140 countries and a workforce of over 40,000. Its goal is to support a cleaner, more flexible, and carbon‑neutral energy future by modernizing infrastructure and integrating renewable energy sources.
Company Size
10,001+
Company Stage
Grant
Total Funding
$22M
Headquarters
Zurich, Switzerland
Founded
1900
See people who can refer or advise you
Help us improve and share your feedback! Did you find this helpful?
Health Insurance
Dental Insurance
Vision Insurance
Life Insurance
Disability Insurance
401(k) Retirement Plan
401(k) Company Match
Paid Vacation
Paid Sick Leave
Flexible Work Hours
Professional Development Budget
Wellness Program
Linxon, Hitachi Energy and FTC Solar announce strategic collaboration to accelerate utility-scale renewable Energy and grid infrastructure development. Sep 29, 2026, 10:03 ET RALEIGH, N.C., September 29, 2026 /PRNewswire/ - Linxon, Hitachi Energy and FTC Solar (NASDAQ: FTCI) today announced the signing of a Memorandum of Understanding (MoU) establishing a strategic collaboration framework to jointly pursue and deliver utility-scale solar and battery energy storage system (BESS) projects across North America and other mutually agreed markets. The collaboration brings together three industry leaders with complementary capabilities to help address one of the defining challenges of the electricity era: scaling the infrastructure needed to integrate more renewable energy, strengthen grid resilience, and deliver reliable, affordable and sustainable power. By aligning technology, manufacturing and execution expertise, the three companies aim to provide customers with a more integrated, scalable and execution-focused solution that accelerates project development, reduces delivery risk, and enhances certainty across the entire project lifecycle. Under the framework, Linxon will serve as the primary EPC integrator and market-facing contractor, providing full engineering, procurement, construction, commissioning, and project execution services. Hitachi Energy will contribute utility-scale solar inverters, power conversion systems for BESS, and the automation and control systems to operate the plants. FTC Solar will provide solar trackers, racking systems, and related balance-of-system solutions. Together, the three companies aim to create a standardized and repeatable delivery model that helps customers turn growing demand for renewable generation and electrification into bankable, executable projects delivered with greater speed, scale and predictability than traditional project-by-project approaches. A New Model for Scaling the Energy Transition Electricity is becoming the foundation of the next era of growth, powering everything from renewable energy and industrial electrification to AI-driven data centers and modern infrastructure. As demand accelerates, the ability to expand, connect and operate the grid at pace is becoming a critical bottleneck. The industry faces increasing pressure from supply chain constraints, manufacturing capacity limitations, labor shortages and project execution complexity. Through this collaboration, Linxon, Hitachi Energy and FTC Solar intend to address these challenges by aligning technology, manufacturing, and EPC execution capabilities early in the project lifecycle. This approach reflects a shared belief that no single company can scale the energy transition alone; progress depends on stronger partnerships that connect proven technologies, supply chain readiness and execution discipline around customer needs. Strategic benefits for customers include: * Faster project development and delivery through integrated planning. * Improved supply chain certainty and manufacturing slot visibility. * Greater standardization across solar, BESS, and substation designs. * Reduced integration risks between major equipment packages. * Improved project bankability and schedule predictability. * Enhanced scalability for multi-site and programmatic deployments. * Increased reliability through proven technologies and execution models. * A streamlined interface reducing complexity for project owners. By combining best-in-class technologies with proven EPC execution, the collaboration aims to create a platform capable of delivering large portfolios of renewable energy and grid infrastructure projects with greater efficiency and confidence, supporting customers as they modernize critical infrastructure for a more electrified, resilient and sustainable energy system. Stefan Reisacher, CEO of Linxon, stated: "The energy transition is no longer constrained by demand. It is increasingly constrained by execution capacity, supply chain availability, and the industry's ability to scale. This collaboration represents a significant step forward in addressing those challenges. By bringing together Linxon's EPC expertise, Hitachi Energy's industry-leading grid and power technologies, and FTC Solar's innovative and highly constructible solar infrastructure solutions, we are creating a powerful ecosystem that enables customers to move faster, reduce risk, and execute large-scale renewable energy projects with greater certainty and predictability. Together, we are building a delivery platform designed for the next generation of energy infrastructure." Massimo Danieli, CEO Grid Automation at Hitachi Energy, commented: "The electricity era requires infrastructure that can expand faster, operate more intelligently and remain resilient as demand grows. Through this agreement, we can better align technology innovation, manufacturing capability, grid integration expertise and project execution to help customers accelerate renewable energy deployment while supporting the reliable, secure and sustainable power systems that society depends on." Anthony Caroll, CEO of FTC Solar, added: "Maximizing the efficiency and long-term value of utility-scale renewable projects requires more than best-in-class technologies - it requires like-minded partners leveraging and integrating those solutions in ways that enhance scalability, constructability, and long-term performance. This collaboration creates a compelling value proposition for developers, utilities, and investors seeking predictable project outcomes and accelerated deployment." Delivering the Infrastructure for Tomorrow's Grid The collaboration will focus on opportunities involving utility-scale Solar and BESS plants. The companies expect the framework to support the development of a growing pipeline of projects where integrated technology selection, early supply chain alignment, and standardized EPC execution can create measurable advantages for customers. For project owners, this means a clearer path from ambition to action: connecting renewable generation, storage and grid infrastructure in ways that improve reliability, reduce complexity and support long-term value. By combining global expertise, advanced technologies and excellence, Linxon, Hitachi Energy and FTC Solar are reinforcing their shared commitment to accelerating the energy transition and enabling a more resilient, sustainable and electrified future. About Linxon Linxon is a global leader in Engineering, Procurement, and Construction (EPC) solutions for electrical substations and infrastructure projects. We develop and deliver turnkey infrastructure solutions that power progress, drive growth and benefit communities, clients, and the environment through sustainable engineering excellence. www.linxon.com About Hitachi Energy Hitachi Energy is a global leader in electrification, powering the electricity era to meet the energy demands of today, and the next 25 years. As the energy arm of Hitachi Group, over three billion people depend on our pioneering, mission-critical technologies to power their daily lives. With over a century of innovation, we are addressing the most urgent energy challenge of our time: driving the evolution of the world's energy system to ensure abundant, secure, affordable, and sustainable power for today's generation and the next. With an unparalleled installed base in over 140 countries, we are the grid ecosystem partner across the utility, industry, data center, and transportation sectors. Headquartered in Switzerland, we employ over 56,000 people in 60 countries and generate revenues of around $20 billion USD. https://www.hitachienergy.com About Hitachi, Ltd. Through its Social Innovation Business (SIB) that brings together IT, OT (Operational Technology) and products, Hitachi aims to be a global leader in continuously transforming social infrastructure through digital, contributing to a harmonized society where the environment, wellbeing, and economic growth are in balance. Hitachi operates worldwide across four sectors - Digital Systems & Services, Energy, Mobility, and Connective Industries - as well as a Strategic SIB Business Unit focused on new growth areas. With Lumada at its core, Hitachi creates value by combining data, technology and domain knowledge to solve customer and social challenges. Revenues for FY2025 (ended March 31, 2026) totaled 10,586.7 billion yen, with 606 consolidated subsidiaries and approximately 290,000 employees worldwide. Visit us at www.hitachi.com. About FTC Solar, Inc. Founded in 2017 by a group of renewable energy industry veterans, FTC Solar is a leading provider of solar tracker systems, technology, software, and engineering services. Solar trackers significantly increase energy production at solar power installations by dynamically optimizing solar panel orientation to the sun. FTC Solar's innovative tracker designs provide compelling performance and reliability, with an industry-leading installation cost-per-watt advantage. www.ftcsolar.com. Media Contacts
Chris Wood is betting on this capital goods stock for his India long-only portfolio. By Hormaz Fatakia September 25, 2026, 10:41:14 AM IST (Published) Chris Wood of Jefferies has made on change to his India long-only portfolio, replacing his 5% investment in ABB India, with an equal investment in Hitachi Energy India. Wood highlighted this change in his "Greed & fear" note on Friday, September 25. Citing the demand representation made by the management of Hitachi Energy India at the recently concluded Jefferies India Conference, Wood wrote in his note that Hitachi Energy India is a "picks and shovels" play on the transmission theme in India. The management of Hitachi Energy India, in their presentation at the conference, stated that the total final energy demand is likely to increase by 50% and the electricity demand is set to grow by 100% by 2035. Wood wrote in his note that the market has already understood the transmission theme, which is why it has rewarded Hitachi Energy India's stock price, with a 68% surge year-to-date, which has taken its 12-month forward price-to-earnings multiple to 71 times. "Still, at a time when India has been out of favour on the reverse AI perception, it is worth reminding non-specialists that India continues to enjoy its own structural growth story, which will prove resilient at a time when the current near all-consuming focus on AI diminishes," Wood wrote in his Greed & fear. Jefferies has a "buy" rating on Hitachi Energy India with a price target of ₹45,790, which is the second-highest price target on the street for the stock. 21 analysts have coverage on Hitachi Energy India, of which 13 have a "buy" rating on the stock, six say "hold", and two others have a "sell" rating on the stock. The consensus estimate of price targets are implying an upside potential of 20.5% from current levels. Shares of Hitachi Energy India are trading 1.7% higher on Friday at ₹31,230. The stock is down 6% so far this month.
Hitachi Energy and Enedis lock in €350M of transformers: what it means for data centers. On 25 September 2026, Hitachi Energy, the world's largest transformer manufacturer, announced long-term framework agreements worth €350 million with Enedis, France's main electricity distribution operator. The agreements cover distribution and power transformers plus lifecycle services, supplied from Hitachi Energy's plants in Italy and Poland. For data center developers and industrial buyers, the headline figure matters less than what the deal says about how the transformer market now works. The deal at a glance Value: €350M in long-term framework agreements Scope: distribution and power transformers, lifecycle services Supply: Hitachi Energy plants in Italy and Poland Stated goal: modernise and expand France's distribution grid as electrification accelerates Not disclosed: duration, volumes, delivery lead times What it confirms. The shortage is acknowledged by the market leader itself. Hitachi Energy explicitly presents the agreements as a response to the global transformer shortage. When the largest player in the market, with more than 60 transformer factories worldwide, uses that word, it is no longer an analyst's hypothesis. Grid operators are securing supply years ahead. A framework agreement of this kind reserves manufacturing capacity over several years. The manufacturer gains visibility; the grid operator gains availability and cost predictability. This is how large buyers now operate: not ordering project by project, but reserving slots. What it means for data center developers. On the public grid side, lower risk. Enedis operates France's distribution network, including the transformers in primary substations. For projects connected to the distribution grid, or whose connection depends on Enedis works, the risk of those works slipping for lack of transformers goes down. That is worth factoring into any review of an Enedis connection offer. On the private equipment side, tougher competition. The transformers a developer buys for its own site come off the same production lines. Every slot reserved by a grid operator is a slot no longer available to a buyer who enters the market later. Major manufacturers are already quoting 48 to 60 months or more in 2026, and second-tier European manufacturers remain the main route to faster delivery. See its transformer lead time tracker by manufacturer. What not to conclude. That the market is easing. The announcement gives no duration, volumes or delivery times. It describes secured supply for Enedis, not new capacity for everyone else. Until manufacturers announce new production capacity, volume reserved by one buyer is volume removed for the others. THE lesson for private buyers. Grid operators are showing the way: they secure capacity before they need it. A developer or industrial buyer that waits for its permit and grid contract before approaching manufacturers arrives after them. Three habits follow: To secure your transformers Run manufacturer consultations in parallel with the grid connection process, not after it Consider slot reservations or framework agreements across a portfolio of projects Widen the panel to second-tier European manufacturers and refurbished units Frequently asked questions. What does the Hitachi Energy-Enedis agreement cover? Will the deal shorten transformer lead times in France? What does it change for a data center project? Related intelligence BUYING TRANSFORMERS IN THE NEXT 24 MONTHS? The Market Intelligence Brief tracks lead times by manufacturer, framework agreements and the slots still open, every month.
20 years, $100 billion: how global companies helped shape Chongqing's growth. By ZHAN CHEN | Sep 22,2026 Chongqing - For two decades, some of the world's leading companies have had a direct channel to Chongqing's decision makers. The reason lies in the Chongqing Mayor's International Economic Advisory Council (CMIA), which is marking its 20th anniversary as the city hosts its 20th meeting on September 22 to 23. Since its establishment in 2006, CMIA has brought together executives from multinational corporations to share insights on industrial development, technology and urban growth, while many member companies have expanded their presence in the southwestern Chinese city. During this period, member companies invested more than $100 billion in Chongqing, launched over 100 cooperation projects, contributed more than 2 trillion yuan (about 298 billion U.S. dollars) in foreign trade, and helped create over 700,000 jobs. Today, the council brings together 69 companies and 137 advisers from Fortune Global 500 companies and other leading multinational corporations. Unlike a conventional business conference, the council was designed as a long-term consultation process. Each year, advisers study a specific topic related to Chongqing's economic and social development, then submit recommendations before arriving in the city. During the meeting, they discuss those proposals directly with government officials. That approach allows the conversation to go beyond investment promotion. Companies are not only asked what they need from Chongqing; they are also invited to share what they have learned from global markets, and offer ideas on how the city can respond to new opportunities and challenges. Over the past two decades, many council members have become closely tied to Chongqing's economic growth, bringing global expertise and expanding their operations in the city. Hitachi Energy, a global leader in power grids and energy technologies, has built one of its largest transformer manufacturing bases worldwide in Chongqing. The facility has an annual production capacity of more than 68,000 megavolt-amperes, with products exported to more than 30 countries. Carlsberg, one of the world's leading brewing companies, has invested more than 10 billion yuan in Chongqing. Through its local subsidiary, Chongqing Brewery, the Danish brewer has expanded its presence in China, helping the company grow into one of the country's major beer producers. Chongqing Beer also became the first Chinese local beer brand to be brewed overseas. The global leader in lighting technology Signify has supported Chongqing's urban development through smart and sustainable lighting solutions. The company provided LED sports lighting systems for the Huaxi LIVE Yudong stadium, helping the venue meet international standards for ice hockey and basketball events. These investments represent only one part of the council's broader impact. Over the years, member companies have expanded their presence across sectors including advanced manufacturing, energy, consumer goods, infrastructure and technology, bringing not only capital but also global supply chains, management expertise and technological know-how to Chongqing. As Chongqing deepens its integration into global markets, the council continues to serve as a platform linking the city with leading multinational companies. Beyond individual projects, the long-term partnerships built through the council are helping Chongqing strengthen its industrial base, accelerate technological upgrading and expand its connections with the global economy.
Hitachi's Mississippi transformer plant starts in 2029. Hitachi's $528M Mississippi transformer plant is scheduled to build 10 to 160 MVA units from 2029, per a Hitachi SVP, and replaces an existing plant. Hitachi Energy announced a $528 million transformer factory in Gallman, Mississippi on September 15. The trade headlines said the company would double US production of small and medium power transformers. If you are a municipal utility or a cooperative sitting on a transformer order, the useful version of that story is shorter, and it is not the headline. Read the company's own release next to what Hitachi told Utility Dive, and three facts matter more than the headline does. Production is scheduled to start in 2029. The plant is scheduled to build substation units in the 10 to 160 MVA range, not the pole-mounts and pad-mounts most distribution buyers are waiting on. And it is a move, not an addition: production transitions off the existing Crystal Springs plant once Gallman is finished. None of that makes it bad news. A half-billion dollars of domestic transformer capacity is real, and on a five-year horizon it matters. It just is not an answer to the question most buyers are actually asking, which is when their unit arrives. What Hitachi actually said. The release is specific. The new factory in Gallman sits "approximately 6.5 miles (ten kilometers)" from the existing Crystal Springs facility. "At over twice the size of the current plant, it will more than double capacity." Construction "is expected to begin late this year, with transformer production at the facility scheduled to start in 2029." Then the sentence that changes the reading: "Once the new factory is completed, transformer production will transition from Hitachi Energy's existing Crystal Springs facility to Gallman." Crystal Springs keeps running until Gallman is done, after which the building "will continue to be used for warehousing, training, or other operational needs." So the comparison is Gallman against Crystal Springs, at one site, in 2029. That is a genuine capacity increase. It is not the same claim as doubling national output, and Hitachi did not make that claim. The $528 million is described as "the cornerstone of Hitachi Energy's around $1.5 billion U.S. manufacturing expansion program." The earlier projects in that program include: $457 million in South Boston, Virginia, which broke ground in June; $106 million in Alamo, Tennessee, announced in August 2025 for transformer components; and $70 million in Westmoreland County, Pennsylvania for high-voltage equipment. Hitachi says the projects together create "over 1,600 jobs." Do not read the $1.5 billion as new money on top of the $528 million. The product class is the whole story. The release itself never names a size range. That detail came from Hitachi senior vice president Greg Callahan, who heads the company's North American transformer business, in an email to Utility Dive. Utility Dive reports, on his word, that the Gallman facility will produce transformers in the 10 MVA to 160 MVA range, designed for voltages up to 230 kV. That is substation power transformer territory. It is the class a utility buys for a new distribution substation, a data center interconnect, or a transmission step-down. It is not the 25 kVA and 50 kVA single-phase pole-mounts and the pad-mounts that dominate a municipal utility's or a cooperative's order book, and it is not what is behind most of the pad-mount and pole-mount lead-time pain. Worth flagging, because it is inside the same document: Hitachi's own body text says the project "will significantly increase output of power transformers manufactured in Mississippi," while a quote from Sen. Cindy Hyde-Smith in that release calls it "more U.S.-based manufacturing of distribution transformers." Those are different products. Callahan's MVA range settles it. If you see this announcement described as distribution transformer capacity, that is where the error came from. A smaller variance in the same release, in case you need to cite a number: Hitachi's text says "over 700 jobs" and Gov. Tate Reeves' quote says "over 650 new jobs." Hitachi declines to say how much relief this buys. This is the part worth sitting with. Asked about output, Callahan told Utility Dive: "While we do not disclose our production volumes (by facility), the size of the investment reflects the scale of the expansion." Asked about delivery, he said Hitachi Energy customer lead times "vary depending on transformer specifications, project complexity, and market conditions," and that "expanding manufacturing capacity is an important step toward increasing supply and improving responsiveness to customer demand over the long term." He also said the added capacity "is expected to help alleviate industry-wide supply constraints as it comes online." Note the tense. As it comes online. In 2029. So there is no public number that converts this announcement into weeks off anyone's delivery date, and the company is not offering one. Treat any lead-time figure attached to this plant as unsourced until you see where it came from. Three questions that turn a plant announcement into a procurement fact. This is the reusable part. Plant announcements arrive several times a year now, and most of them are written for a policy audience rather than a buyer. Three questions sort them fast. Which product class? Ask for the MVA or kVA range and the voltage class, not the word "transformer." A plant building 10 to 160 MVA units up to 230 kV has no bearing on a pad-mount order. If the announcement does not say, the size range is usually available from the company's transformer business lead, as it was here. When does it ship? Separate the construction date from the first-production date. Gallman is expected to break ground late in 2026 and is scheduled to start production in 2029. An order you place this year is served by existing lines, wherever they are. Is capacity added or moved? This is the one almost nobody checks. Read for whether the new site runs alongside the old one or replaces it. Gallman replaces Crystal Springs. The net national gain is the difference between the two, and Hitachi explicitly does not disclose it. An announcement that answers all three unhelpfully is a supply-chain story, not a lead-time story. That is not a criticism of the investment. It is a filing instruction. The quieter line item may matter sooner. One more thing worth noticing in the list of earlier projects. The Alamo, Tennessee expansion is $106 million for transformer components, announced in August 2025, with more than 100 jobs. Components, not finished units. What actually moves a 2027 delivery date is rarely a new site. It is a change at a line that already exists: an added shift, a debottlenecked winding or core-cutting step, or more supply of a component that has been gating assembly. Bushings are a common example, and DistroForge LLC has written about component-level bushing lead times separately. A components expansion feeding existing plants can reach a delivery date years before a greenfield factory can. That is not a claim that Alamo will shorten your lead time. Hitachi has published no output figure for it either. It is a claim about where to look when the next announcement lands, and the trade press consistently looks at the biggest dollar figure instead. What to do with this. If you are quoting a substation transformer in the 10 to 160 MVA class, add Gallman to your long-range supplier picture and nothing more; it does not exist yet. If you are buying pole-mounts or pad-mounts, this announcement does not touch your queue, and you should not let a board member believe it does. For everyone, the durable move is the same one it has been: specify early, keep the requirement sheet complete so quoting does not stall on missing data, and treat manufacturer capacity news as a five-year input rather than a schedule input. If a transformer requirement sheet is what is slowing you down, its free transformer RFQ builder walks through the information a supplier needs for liquid-filled distribution transformers and flags what is still unresolved. It needs no signup, your answers stay in your browser tab, and it is an information checklist for your own review, not engineering sizing or a compliance certification. The Feeder is its free briefing on the regulatory shifts, supply chain signals and market forces that shape equipment procurement. Sign up here. Related reading. Frequently Asked questions. When will the Hitachi Gallman, Mississippi transformer plant start production? Will the Mississippi transformer plant build distribution transformers? Does the new plant add capacity or replace an existing one? How much will the new plant shorten transformer lead times? Free Member Access Track this beat without paying per report. Free Member tier. Pick your topics. Get a weekly digest filtered to what you actually buy. Join free No credit card. Three topics minimum.