Schneider Electric has reached an agreement to acquire the American company PTC, one of the world’s leading developers of software for the design of complex industrial products, engineering processes, and data management. The value of 100% of PTC’s share capital is estimated at approximately $22.6 billion (20.1 billion euros), Schneider Electric announced on October 5.
Under the terms of the deal, Schneider Electric will pay $205 in cash for each share of PTC. The proposed price is 42.3% higher than the company’s share price at the close of trading on the day before the deal was announced. The enterprise value is estimated at $23.7 billion (€21.1 billion).
The deal is expected to be a key milestone in Schneider Electric’s transformation from a manufacturer and supplier of energy and industrial technologies into a global company that integrates energy management, automation, industrial software, and artificial intelligence.
PTC specializes in software solutions for the design, manufacturing, and operation of complex industrial products. The company’s portfolio includes systems for managing product lifecycles, engineering data, and enterprise digital processes.
The integration of PTC’s technologies is intended to supplement Schneider Electric’s existing digital ecosystem with data generated as early as the product design stage. The company plans to combine this data with information from manufacturing processes, equipment, and energy systems.
This will create a unified digital environment covering the entire lifecycle of an industrial facility or product—from design and construction to operation, maintenance, and future upgrades.
Schneider Electric places particular emphasis on using integrated data to advance industrial artificial intelligence. For AI agents to operate effectively, they need not only access to large amounts of information but also an understanding of the context—including equipment design, engineering concepts, the manufacturing process, and actual operating conditions.
Following the merger with PTC and taking into account the planned acquisition of the Cognite industrial AI platform, Schneider Electric’s software division will expand significantly. According to the company’s estimates, Software & Services will account for approximately 24% of the group’s total revenue on a pro forma basis. The software business will employ over 15,000 specialists, and the number of software solution customers will exceed 50,000.
Schneider Electric expects to realize approximately 250 million euros in cost savings within three years of the transaction’s completion and estimates potential revenue synergies at approximately 800 million euros. These are expected to be driven by cross-selling, expansion of the customer base and geographic reach, as well as the joint development of solutions utilizing artificial intelligence.
The transaction is expected to close by the end of the third quarter of 2027. It has already been unanimously approved by the boards of directors of Schneider Electric and PTC, but still requires the approval of a majority of PTC’s shareholders and the necessary regulatory approvals.
What This Deal Could Mean for Ukrainian Industry
For Ukraine, the development of such solutions is particularly relevant in the context of industrial recovery and modernization. The integration of energy technologies, industrial automation, engineering software, and artificial intelligence enables companies to create digital models of production facilities as early as the design stage and then utilize the data throughout their entire operational lifecycle.
This approach can be applied during the modernization of existing enterprises and the construction of new production facilities, energy facilities, logistics, and other critical infrastructure. The digitization of engineering processes enables faster facility design, monitoring of energy consumption and equipment condition, predictive maintenance, and a reduction in the risks of unplanned downtime.
For Ukrainian enterprises, which are simultaneously facing the need to modernize equipment, improve energy efficiency, and address a shortage of qualified engineering personnel, the development of Industrial AI can become one of the tools for increasing productivity and ensuring the sustainability of production.
“It is particularly important for Ukraine that this is not simply about implementing individual digital products or artificial intelligence. We are talking about the ability to integrate the entire life cycle of an industrial facility—from engineering design to production, energy consumption, operation, and maintenance—into a single digital environment. For companies that need to modernize or, in fact, build new production facilities, this is an opportunity to immediately transition to a more modern management model,” said Mykhailo Bubnov, CEO of Schneider Electric Ukraine.
According to him, combining PTC’s engineering data with Schneider Electric’s automation and energy management technologies could be particularly relevant for Ukrainian companies with energy-intensive and complex production processes.
“In Ukraine, we see great potential for such solutions in industry, energy, infrastructure, logistics, and other sectors where the cost of equipment downtime or inefficient energy use is particularly high. Artificial intelligence in industry is meant to solve very practical problems: helping engineers make decisions faster, predict equipment condition, reduce unplanned downtime, and use energy more efficiently. As the economy recovers, it is precisely this practical impact of digitalization that will be of key importance to Ukrainian enterprises,” Bubnov emphasized.
Schneider Electric operates in the fields of energy technologies, electrification, automation, and digitalization of industry, buildings, data centers, infrastructure, and power grids. The company has approximately 160,000 employees and works with a network of about 1 million partners in more than 100 countries worldwide.
AGREEMENT, artificial intelligence, PTC, Schneider Electric, SOFTWARE
Using artificial intelligence to manage building systems can reduce their overall energy consumption by 22% compared to traditional control systems, according to the results of a new study by Schneider Electric.
The company presented the study, “AI for Climate: Quantifying the Energy and Carbon Impact of Building Optimization,” on September 21 as part of Climate Week NYC 2026. Its findings show that artificial intelligence can use existing data on building operations to automatically manage energy consumption and reduce operating costs.
In particular, using artificial intelligence to optimize heating, ventilation, and air conditioning (HVAC) systems through an intelligent building management system delivers additional energy savings ranging from 7.2% to 12.7%.
In some simulated scenarios, total energy savings exceeded 200 MWh per year per building, and emissions reductions reached nearly 60 metric tons of CO₂ equivalent. According to Schneider Electric’s calculations, the volume of emissions avoided was more than 100 times greater than the carbon footprint of the AI system itself.
Based on current commercial rates in the markets used in the study, the potential cost savings ranged from $13,600 to $49,300 per year per building. The specific financial impact depends on the country, energy costs, building type, climatic conditions, and the existing management system.
The study was conducted using building energy modeling, with the results validated through real-world pilot projects. The analysis covered various operational scenarios for facilities in the United States, Australia, and India.
Artificial intelligence analyzes several types of information simultaneously—actual occupancy levels, weather forecasts, equipment status and performance, and other operational metrics. Based on this data, algorithms can adjust the operation of heating, ventilation, and air conditioning systems in real time.
“The future of building management will be determined by how effectively organizations can integrate and utilize data that was previously stored in siloed systems. The level of artificial intelligence integrated into existing business systems is capable of transforming complexity into intelligence, and intelligence into action, while simultaneously reducing emissions, cutting costs, and increasing efficiency,” said Pankaj Sharma, Executive Vice President of Software and Services at Schneider Electric.
A key finding of the study was the potential effectiveness of AI not only for large commercial complexes. Schneider Electric notes that buildings with an area of less than 100,000 square feet—or about 9,300 square meters—can also benefit significantly.
Previously, the implementation of complex energy management systems in relatively small facilities was often limited by cost and the need to maintain specialized staff. The use of AI allows for the automation of certain processes and makes intelligent energy management accessible to a wider range of facilities.
For Ukraine, improving the energy efficiency of buildings is particularly important due to damage to the energy infrastructure and the need to simultaneously rebuild the residential, commercial, and public building stock.
“For Ukraine, the issue of energy efficiency today is no longer just a matter of electricity costs or decarbonization. It is a matter of sustainable development. Every kilowatt-hour that a building can avoid consuming without compromising conditions for its occupants reduces the load on the energy system. Artificial intelligence makes it possible to move from simply tracking consumption to actively managing it—taking into account building occupancy, weather, and equipment operating modes to automatically select the most efficient scenario,” said Mykhailo Bubnov, CEO of Schneider Electric Ukraine.
According to him, this approach may be particularly promising for facilities with high and relatively complex energy consumption.
“In Ukraine, we see great potential in hospitals, universities, administrative and office buildings, shopping centers, hotels, and industrial facilities. But even more important is the ability to immediately implement modern management systems during renovations and new construction. If we incorporate digital infrastructure and energy efficiency right from the design stage, we can create buildings that consume less energy from the outset and are better able to adapt to changes in load and operating conditions,” emphasized Bubnov.
According to Schneider Electric Ukraine, the widespread adoption of smart building management systems has the potential to benefit more than just individual property owners. Reducing and more flexibly managing energy consumption across a large number of facilities can alleviate the strain on the power grid during periods of peak demand.
However, the results of international studies cannot be automatically applied to every Ukrainian facility. The actual savings potential depends on the condition of the building, its engineering systems, operating mode, climatic conditions, and the degree of automation.
The company notes that when restoring damaged facilities, it is advisable to implement digital management systems as early as the design phase. In this case, energy efficiency becomes an integral part of the building’s engineering infrastructure from the moment it is commissioned, rather than a separate, subsequent modernization.
Schneider Electric operates in the fields of energy technologies, electrification, automation, and digitalization of buildings, industry, data centers, infrastructure, and power grids. The company operates in over 100 countries worldwide.
artificial intelligence, BUILDING, ENERGY EFFICIENCY, Schneider Electric, UKRAINE, Бубнов
Schneider Electric reported a roughly 30% increase in net income attributable to the company’s shareholders to EUR2.49 billion for the first half of 2026, while revenue reached a record EUR21.23 billion.
A year earlier, revenue stood at EUR19.34 billion. Organic sales growth in the first half of 2026 was 14%.
Adjusted EBITA rose to EUR4.09 billion from EUR3.51 billion, representing organic growth of 22%. The margin for this metric reached 19.3%.
The company’s free cash flow more than tripled, reaching approximately EUR 1.6 billion.
The second quarter was particularly strong, with Schneider Electric’s revenue reaching a record EUR 11.5 billion, an organic increase of 17%. The Energy Management segment grew by 18%, and Industrial Automation by 11%.
The company cites the data center market as one of the main drivers. Demand for electrical infrastructure for data centers is growing rapidly amid the development of artificial intelligence, which significantly increases computing density, power consumption in server racks, and demands on cooling and backup power systems.
North America posted organic growth of 23%, while China and East Asia saw growth of 20%.
Following a strong first half of the year, Schneider Electric raised its forecast for the full year 2026. The company expects organic growth in adjusted EBITA of 14–19%, up from its previous forecast of 10–15%.
Organic revenue growth is projected at 10–13%.
Schneider Electric’s results reflect a broader investment cycle in energy infrastructure. AI data centers require not only servers and graphics processing units (GPUs), but also transformers, distribution equipment, UPS systems, automation systems, cooling systems, and digital energy management solutions.
Thus, energy infrastructure is gradually becoming one of the key constraints on the further scaling of AI.
For Ukraine, this trend is significant in the long-term context of rebuilding digital infrastructure and constructing new data centers. Future facilities will require significantly more connected power capacity and a more complex power supply architecture than traditional server centers.
Schneider Electric has been operating in Ukraine for over 30 years. Globally, the company is present in more than 100 countries and employs approximately 160,000 people.
Schneider Electric reported a roughly 30% increase in net income attributable to the company’s shareholders to EUR2.49 billion for the first half of 2026, while revenue reached a record EUR21.23 billion.
A year earlier, revenue stood at EUR19.34 billion. Organic sales growth in the first half of 2026 was 14%.
Adjusted EBITA increased to EUR4.09 billion from EUR3.51 billion, representing 22% organic growth. The EBITA margin reached 19.3%.
The company’s free cash flow more than tripled, reaching approximately EUR 1.6 billion.
The second quarter was particularly strong, with Schneider Electric’s revenue reaching a record EUR 11.5 billion, an organic increase of 17%. The Energy Management segment grew by 18%, and Industrial Automation by 11%.
The company cites the data center market as one of the main drivers. Demand for electrical infrastructure for data centers is growing rapidly amid the development of artificial intelligence, which significantly increases computing density, power consumption of server racks, and demands on cooling and backup power systems.
North America posted organic growth of 23%, while China and East Asia saw growth of 20%.
Following a strong first half of the year, Schneider Electric raised its forecast for the full year 2026. The company expects organic adjusted EBITA growth of 14–19%, up from its previous forecast of 10–15%.
Organic revenue growth is projected at 10–13%.
Schneider Electric’s results reflect a broader investment cycle in energy infrastructure. AI data centers require not only servers and graphics processing units (GPUs), but also transformers, distribution equipment, UPS systems, automation systems, cooling systems, and digital energy management solutions.
Thus, energy infrastructure is gradually becoming one of the key constraints on the further scaling of AI.
For Ukraine, this trend is significant in the long-term context of rebuilding digital infrastructure and constructing new data centers. Future facilities will require significantly greater connected power capacity and more complex power distribution architectures than traditional server centers.
Schneider Electric has been operating in Ukraine for over 30 years. Globally, the company is present in more than 100 countries and has approximately 160,000 employees.
Schneider Electric published its financial results for the first half of the year on July 30, 2026.
Representatives of Ukrainian water and wastewater utilities are exploring opportunities for automation, digitalization, and improving the energy resilience of their infrastructure using Schneider Electric solutions.
In August, a specialized Schneider Electric conference dedicated to technologies for water supply and wastewater treatment companies was held in Kyiv. The municipal utility “Chornomorskvodokanal” in the Odesa region, among others, reported its participation in the event.
The main topics of discussion included the automation of production processes, the digitalization of water supply systems, improving energy efficiency, and ensuring a reliable power supply for critical infrastructure.
For Ukrainian water utilities, the energy component is of fundamental importance, as pumping stations, wastewater treatment plants, water treatment systems, and sewer facilities are directly dependent on a stable power supply.
At the same time, the modernization of the sector is taking place amid limited financial resources available to utility companies.
Schneider Electric’s portfolio for the water supply sector includes automation, dispatch, and power management systems; controllers; SCADA; electric motor control systems; digital analytics; and specialized EcoStruxure solutions.
Specifically, the company offers EcoStruxure Water Advisor, EcoStruxure Asset Advisor, EcoStruxure Automation Expert, EcoStruxure Power Monitoring Expert, and SCADAPack telemetry systems.
These technologies enable the integration of data from pumping stations, wastewater treatment plants, electrical equipment, and networks into a single monitoring system.
According to Schneider Electric, the digital transformation of water utilities helps address several key industry challenges: water loss, high energy costs, aging infrastructure, unplanned equipment shutdowns, and the need to detect failures more quickly.
In the Ukrainian context, this is compounded by the need to improve energy resilience. A modern water utility must, in fact, have both automated process control and the ability to continue operations in the event of an external power outage.
This requires a comprehensive architecture: backup power sources, automatic load switching, control of electric motors and pumps, energy consumption monitoring, SCADA, and remote control systems.
It is precisely this combination of automation and energy management that is gradually becoming one of the key areas of modernization for Ukraine’s municipal infrastructure.
It is noteworthy that “Chornomorskvodokanal” itself hosted representatives of the international SPARC program in August, who conducted an audit of the energy equipment previously provided to the company. This indicates that the modernization of public utility infrastructure is increasingly combining international technical assistance with the implementation of modern management and control systems.
Schneider Electric has been operating in Ukraine since 1994 and provides solutions for the energy sector, industry, buildings, data centers, and critical infrastructure.
Automation, ENERGY, Schneider Electric, UKRAINE, water utility
Schneider Electric has introduced a new generation of Easy UPS 3S Pro three-phase uninterruptible power supplies (UPS) with capacities ranging from 10 to 40 kVA, designed for small and medium-sized businesses, small data centers, medical facilities, manufacturing plants, commercial buildings, and telecommunications and transportation infrastructure.
The company announced the launch of the solution in markets that adhere to International Electrotechnical Commission (IEC) standards, specifically in Europe, the Middle East, and Africa. Schneider Electric Ukraine has not yet issued a separate announcement regarding the start of sales for the new product line directly in Ukraine.
The Easy UPS 3S Pro is available in versions with internal and external battery packs. The equipment’s efficiency exceeds 96% in double-conversion mode and reaches 99% in ECO mode, which helps reduce the system’s own energy consumption.
For facilities with increasing loads, parallel operation of multiple UPS units is supported—both to increase power capacity and to provide redundancy according to the N+1 configuration. The systems can also share a common battery bank, which helps reduce capital expenditures on battery infrastructure.
The equipment is designed to operate under various operating conditions. It features a wide temperature range, dust filters, and a protective coating on the electronic circuit boards. The Easy Loop function allows certain system tests to be performed without connecting a separate load bank.
Schneider Electric has placed special emphasis on remote monitoring. The built-in Network Management Card enables monitoring via the EcoStruxure IT platform, and BACnet support allows the UPS to be integrated into building management systems.
The network management module is certified to the IEC 62443-4-2 cybersecurity standard, which is becoming increasingly important as power supply, automation, and IT infrastructure systems converge.
For the Ukrainian market, the new product line is of particular interest given the need to improve the energy resilience of facilities where even a brief power outage or degradation in power quality can lead to operational shutdowns. This includes server rooms and data centers, telecommunications equipment, manufacturing facilities, medical institutions, retail, and other critical infrastructure.
At the same time, a UPS does not replace power generation or long-term battery energy storage. Its primary function is to ensure the continuity and quality of the power supply, as well as to support the load until a generator starts up, a switchover to another line occurs, or another backup source is connected.
Schneider Electric has been operating in Ukraine since 1994. The company is present in more than 100 countries worldwide and employs approximately 160,000 people.
