Hitachi Energy

Hitachi Energy

Global electrical transmission and grid modernization

Overview

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.

Significant Headcount Growth

About Hitachi Energy

Simplify's Rating
Why Hitachi Energy is rated
B-
Rated B on Competitive Edge
Rated B on Growth Potential
Rated C on Differentiation

Industries

Data & Analytics

Industrial & Manufacturing

Energy

AI & Machine Learning

Company Size

10,001+

Company Stage

Grant

Total Funding

$1.7B

Headquarters

Zurich, Switzerland

Founded

1900

People at Hitachi Energy

People at Hitachi Energy who can refer or advise you

Simplify Jobs

Simplify's Take

What believers are saying

  • Elmed project enables first direct power link between Europe and Africa, boosting renewable integration.
  • CHPE delivers 1,250 MW of Canadian hydropower to NYC, reducing carbon emissions by 3.9 million tons annually.
  • Dublin Service Center enhances Ireland's grid resilience, supporting data center growth and renewable integration.

What critics are saying

  • STEG's debt could rise 15% from Elmed, triggering default on Hitachi's €770M contract within 12-18 months.
  • Tunisian political backlash over Elmed as European dominance may cause permit revocation or civil unrest in 6-12 months.
  • North American transformer demand surge may overwhelm Canduct's 300-employee capacity, causing $100M warranty claims in 3-9 months.

What makes Hitachi Energy unique

  • Hitachi Energy leads in HVDC city-center infeed at +/-400 kV, powering one million homes via CHPE.
  • It uniquely combines semiconductor expansion in Lenzburg with Elmed's €770M converter station contract for Europe-Africa link.
  • Hitachi Energy acquired Canduct Group to strengthen North American transformer insulation supply chains against critical bottlenecks.

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Funding

Total Funding

$1.7B

Above

Industry Average

Funded Over

2 Rounds

Grant funding comparison data is currently unavailable. We're working to provide this information soon!
Grant Funding Comparison
Coming Soon

Benefits

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

Growth & Insights and Company News

Headcount

6 month growth

15%

1 year growth

15%

2 year growth

15%
Outlook Publishing Ltd.
Jun 26th, 2026
Hitachi Energy supports electricity superhighway from quebec to New York City.

Hitachi Energy supports electricity superhighway from quebec to New York City. - Deputy Head of Editorial Published: Jun 26 2026 Hitachi Energy is working with Hydro-Québec and Transmission Developers on a new high-voltage transmission link connecting New York City with Canadian hydropower. Having entered commercial operation, it will provide renewable electricity capable of powering one million homes and meeting nearly one-fifth of the city's energy demand. A major clean energy milestone. New York City has reached a significant milestone in its clean energy transition with the launch of the Champlain Hudson Power Express (CHPE), a 1,250-megawatt transmission project designed to deliver renewable hydropower directly from Canada into the heart of the city. The project has been brought online through a collaboration between Hitachi Energy, Hydro-Québec, and Transmission Developers (TDI), marking the start of commercial operations for one of North America's most ambitious clean energy infrastructure developments. By linking New York City directly to Hydro-Québec's network of more than 60 hydropower stations, CHPE is capable of supplying enough renewable electricity to power approximately one million homes. The transmission line is also expected to satisfy nearly 20 percent of the city's electricity requirements. "We partnered with Hitachi Energy from the early stages of CHPE, building a relationship grounded in deep expertise, trusted collaboration, and continuous support. The advanced HVDC Light(R) technology, combined with strong project execution, has been critical to bringing this project to life," comments Justin Sauber, CEO of TDI. Advanced transmission technology. At the center of the project is Hitachi Energy's HVDC Light(R) technology, a Voltage Source Converter (VSC)-based solution developed to enable efficient long-distance electricity transmission while minimizing environmental impact. Through advanced power electronics, the system enables precise control of voltage and power flow while maintaining exceptionally low transmission losses. Designed with sustainability and resilience in mind, the transmission infrastructure differs from conventional overhead power lines. The cables have been installed underground and underwater along routes through Lake Champlain and the Hudson and Harlem Rivers, helping to protect landscapes, preserve ecosystems, and improve resistance to extreme weather conditions. The compact design of the HVDC Light system also allows converter stations and associated infrastructure to be integrated within densely populated urban environments. This supports efforts to reduce grid congestion while ensuring reliable delivery of clean energy where demand is highest. Supporting decarbonization goals. Environmental benefits are expected to be substantial. CHPE is projected to reduce carbon emissions by approximately 3.9 million metric tons annually, an impact comparable to removing 44 percent of New York City's vehicles from the road. "CHPE will help transform how New York City is powered, delivering clean electricity across hundreds of miles straight into the city center," adds Niklas Persson, CEO of Grid Integration Business Unit at Hitachi Energy. "By transforming a former fossil fuel site in Astoria - long associated with air pollution and respiratory health challenges - this project will help improve local air quality while enhancing New York's energy infrastructure and ensuring a reliable power supply," By displacing fossil fuel-based power generation, the project will also support New York State's target of achieving 70 percent renewable electricity by 2030. The commissioning of CHPE represents a notable achievement for the transmission sector. It is the second HVDC city-center infeed project globally to operate at +/-400 kilovolts, following the commissioning of Hitachi Energy's pioneering project in Mumbai, which was the first installation of its kind at that voltage level. As urban centers continue to experience rising electricity demand while pursuing ambitious decarbonization objectives, CHPE demonstrates how large-scale renewable energy can be transported across borders and delivered directly into major cities. The project offers a model for future clean energy integration and highlights the growing role of advanced transmission technologies in supporting the energy transition. This article was produced by the editorial team at North America Outlook and published as part of the Outlook Publishing global network of B2B industry magazines. Outlook Publishing delivers industry insights, company stories, and sector coverage across manufacturing, mining, construction, healthcare, supply chains, food production, and sustainability. North America Outlook provides ongoing coverage of organisations and developments shaping industries across North America.

EcoTopical
Jun 23rd, 2026
A Bleating, Bloviating US President Picks A Fight Against Clean Energy, Loses.

A Bleating, Bloviating US President Picks A Fight Against Clean Energy, Loses. * CleanTechnica By Tina CaseyJun 23, 2026, 10:41 am185 ptsTrendingTop The Swiss firm Hitachi Energy is behind new transmission technology that enables clean energy to travel long distances, supporting grid reliability in far-flung areas of the US. The post A Bleating, Bloviating US President Picks A Fight Against Clean Energy, Loses appeared first on CleanTechnica. Read Article Share Article * email * x.com * facebook * pocket * reddit * tumblr * linkedin * pinterest Discover more wind power Welcome to EcoTopical Your daily eco-friendly green news aggregator. Leaf through planet Earths environmental headlines in one convenient place. Read, share and discover the latest on ecology, science and green living from the web's most popular sites.

Tages-Anzeiger
Jun 11th, 2026
Decision for new location: Tech corporation Hitachi wants to build campus in Otelfingen instead of Wettingen.

Decision for new location: Tech corporation Hitachi wants to build campus in Otelfingen instead of Wettingen. The company has chosen the municipality in the Unterland region over neighboring Aargau. Published today at 1:13 PM Good news for Otelfingen: The Japanese tech giant Hitachi Energy has decided to build its new Swiss campus for around 1,200 employees in the Unterland municipality. The municipality of Otelfingen confirmed a report by the "Aargauer Zeitung" in a statement. Hitachi announced the decision on LinkedIn. Content that sets additional cookies is displayed here. At this point you will find supplementary external content. If you agree that cookies from external providers are set and personal data is transmitted to external providers, you can allow all cookies and display external content directly. Otelfingen beat out Wettingen in the competition for the new location. The Aargau municipality was long in focus for the campus. In March, it became known that Otelfingen was also being considered. In terms of taxes, Wettingen would have been better for the tech corporation, according to the newspaper, because corporate taxes in Aargau are lower, according to the "Aargauer Zeitung." The deciding factor for Otelfingen was reportedly the lower construction hurdles. The site is already located in an industrial zone, so no land rezoning is necessary, unlike in Wettingen. Hitachi is building in the former Jelmoli building. In a statement to this editorial team, Otelfingen's mayor Barbara Schaffner (GLP) described a possible settlement by Hitachi in March as a "stroke of luck." It would not only create many jobs but also significantly upgrade the industrial area and bring substantial tax revenue. The new campus is to be built on the property near the Golfpark train station. Hitachi would repurpose the Jelmoli building there and develop the adjacent plots. However, there is a catch for Hitachi: The roughly 300-meter-long former distribution center of Jelmoli is a listed building. The property cannot be completely demolished. Luzia Nyffeler is an editor at the news desk in Zurich. More info Andrea Meili is an editor in the Zurich Unterland section and reports mainly on the Embrachertal and Nürensdorf. More info

ISA Holdings Limited
May 20th, 2026
ISA sets an environmental and operational milestone in Brazil with Latin America's first high-voltage equipment using vegetable oil.

ISA sets an environmental and operational milestone in Brazil with Latin America's first high-voltage equipment using vegetable oil. * May 20, 2026 * ISA ENERGÍA in Brazil, in partnership with Hitachi Energy, has commissioned Latin America's first 460 kV reactor using vegetable oil as insulating fluid - an innovative technology that enhances system reliability and safety while reducing environmental impact. The project, implemented at the Bauru substation (São Paulo), is part of a system modernization plan backed by an investment of approximately USD 33 million from Brazil's National Electric Energy Agency (ANEEL). It includes the installation of four high-capacity shunt reactors, which play a critical role in maintaining grid reliability by absorbing excess energy that may increase voltage levels, especially in extensive transmission networks or under low-demand conditions. This contributes to strengthening grid stability and ensuring safe and efficient energy delivery to users. From an environmental perspective, the use of vegetable oil reduces the carbon footprint associated with materials by up to 20% and lifecycle emissions by approximately 11%. Additionally, vegetable oil significantly improves environmental safety due to its high biodegradability, reducing ecological risks in case of leaks. This advancement aligns with ISA ENERGÍA in Brazil's commitment to achieving net-zero emissions by 2050, with intermediate reduction targets of 60% by 2040 and 90% by 2050, reinforcing its role in advancing the energy transition across the region. "The implementation of this technology represents a milestone in electricity transmission in Latin America, demonstrating that operational reliability, innovation, and sustainability can be successfully integrated into critical infrastructure. Replacing petroleum-based inputs with renewable alternatives reinforces ISA's commitment to a clean energy transition, aligned with its Strategy 2040," said Gabriel Melguizo, ISA's Vice President of Energy Transmission. Other releases. May 6, 2026 The first quarter of 2026 was a highly significant period for ISA's businesses, marked by a high level of investment. The Company executed investments totaling May 1, 2026 ISA has been included for the tenth consecutive year in the Dow Jones World Index, now known as the Dow Jones Best in Class Index April 1, 2026 Ruta del Maipo, a concession of ISA VÍAS in Chile, successfully carried out a bond issuance in the market through two tranches to refinance the ISA in the media. In social networks. Follow ISA, ISA has got a lot to tell you

Taipuva Consulting Oy
May 7th, 2026
How Hitachi Energy manages requirements at scale in large infrastructure project.

How Hitachi Energy manages requirements at scale in large infrastructure project. How do you manage requirements when projects span multiple systems, stakeholders, and constantly evolving inputs? At Taipuva Polarion Days 2026, Hitachi Energy shared a behind-the-scenes look at their journey of implementing Requirement Management and Polarion X across their HVDC business - where scale and complexity quickly turn traditional approaches into bottlenecks. Their speaker, Johanna Varnander, walked through how they are moving away from document-based ways of working towards a more structured and scalable approach - built on a shared information model, governance, and collaboration across teams. But as with all large transformations, the story wasn't about tools alone. It was about changing how requirements are created, managed, and understood across the organisation. When requirements stop scaling. A key challenge highlighted in the session is something many organizations recognize: document-based approaches can become too extensive and complex to handle as projects grow. As requirements increase, so do: * dependencies between systems * communication needs between teams and stakeholders * challenges in maintaining traceability and consistency Scaling requirements management is not just about handling more data - it's about managing relationships between requirements at a much larger scale. From fragmented processes to a shared model. Hitachi Energy's approach focuses on building a common way of working across the organization. This includes: * moving towards a unified information model * reducing unnecessary customization to keep processes manageable * strengthening governance to ensure alignment across teams They also highlight practical challenges along the way - from handling large requirement imports to balancing tool maturity and integration needs. Why you should watch the full presentation? This session offers a candid, real-world look at what happens when requirements management is pushed to scale. The team shares insights that are directly relevant for organizations facing similar challenges, including: * why document-centric approaches start to break down * how scaling requirements introduces new types of complexity * what to expect when transitioning to structured requirements management * how governance and collaboration become critical success factors These insights only scratch the surface of what Hitachi Energy covers in the full session. If you want a practical look at how requirements management evolves in large infrastructure environments - and the challenges that come with it - this is a session you should not miss. Dive deeper into their real-world experience. Leave your email address to access the full seminar recording.

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