What Companies Are at Data Center World Power 2026?

QTS Data Centers develops and operates large-scale data center campuses for hyperscale, enterprise, and cloud customers.

Power procurement has become a central part of QTS's growth strategy because new campuses can require hundreds of megawatts of electricity before computing infrastructure can be deployed.

Dado Slezak, Executive Vice President of Energy Capital and Strategy at QTS, is part of the Data Center World Power 2026 keynote program, bringing the operator perspective to discussions around power availability, grid capacity, infrastructure investment, and the expansion of AI data centers.

Switch develops hyperscale data center campuses built around resilient infrastructure, high-density computing, efficiency, and connectivity.

Its growth increasingly depends on securing large amounts of long-term power and building electrical infrastructure capable of supporting high-performance computing.

Alise Porto, Senior Vice President of Power and Sustainability at Switch, is part of the 2026 keynote program, connecting the event directly with the energy-procurement and sustainability decisions facing major data center operators.

SPOC Energy develops power-conversion, motor-control, and energy-management systems for industrial and data center infrastructure.

The company expanded its focus around the power challenges created by AI data centers and is developing technologies for advanced electrical architectures, including DC microgrids.

For data center operators, power-conversion technology helps control how electricity moves between generation, storage, distribution systems, and critical computing loads.

Exponential Power develops stored-energy and backup-power systems for mission-critical infrastructure.

Its portfolio supports batteries, chargers, monitoring, UPS-related applications, and other technologies used where electrical continuity is essential.

For data centers, backup-power infrastructure provides the bridge between utility power, UPS systems, batteries, generators, and other resilience technologies when normal electrical supply is disrupted.

Daelim Belefic Group supplies transformers and electrical infrastructure for power-distribution networks.

Its portfolio includes pad-mounted transformer systems used to step voltage down for industrial and data center applications.

Transformers have become a major constraint in data center development because new campuses require substantial electrical capacity while transformer supply and project lead times can influence how quickly a site comes online.

EkkoSense develops software for optimizing cooling, thermal performance, and power use inside data centers.

Its platform uses operational data and digital modeling to identify thermal risk, stranded cooling capacity, inefficient airflow, and opportunities to improve facility performance.

As AI increases heat density, software that helps operators use existing cooling and power infrastructure more efficiently can delay expensive capacity upgrades while improving resilience.

BorgWarner develops battery systems and electrification technologies.

Its battery expertise is relevant to data centers exploring more flexible energy-storage architectures for backup power, load management, and integration with on-site generation.

Battery storage can complement traditional UPS and generator systems while giving operators additional ways to manage rapid changes in electrical demand.

Dynapower develops power-conversion technology for energy storage, microgrids, industrial power, and other high-power applications.

Its systems control how electricity moves between batteries, grids, generation assets, and electrical loads.

For data centers, this power-electronics layer becomes increasingly important as operators introduce batteries, microgrids, renewable generation, and alternative power architectures.

AMETEK develops electronic instruments, electrical devices, and industrial measurement technology.

Its products are used in environments where accurate power measurement, control, monitoring, and equipment reliability are critical.

Data center operators rely on electrical instrumentation to understand load, monitor equipment condition, identify abnormal behavior, and maintain stable power delivery across complex facilities.

AMPERA is developing compact subcritical thorium-based microreactor technology intended to provide high-density, continuous power for AI data centers and other critical infrastructure.

The company is focused on factory-built systems designed around reliable baseload generation rather than intermittent electricity supply.

For data center developers facing grid constraints, compact on-site generation represents a potential path toward bringing new computing capacity online without depending entirely on conventional utility expansion.

ARES PHE develops plate heat exchangers used to transfer heat between separate fluid loops.

Heat exchangers are a core component of liquid-cooling architectures because they allow heat to move between the IT cooling loop and the facility water system without mixing fluids.

Their role becomes more important as AI racks move beyond the thermal densities that traditional room-level air cooling can handle efficiently.

Arista Networks develops high-performance networking hardware and software for cloud and data center environments.

Its switching platforms connect servers, storage, AI clusters, and other infrastructure across high-bandwidth computing environments.

Although networking is not a power-generation technology, AI networking density directly affects rack power, cooling requirements, cabling, and the physical design of modern data centers.

Axial Fans USA supplies industrial axial fans used to move large volumes of air through ventilation and cooling systems.

Airflow remains part of the thermal-management stack even as high-density facilities adopt more liquid cooling.

Industrial fans support heat rejection, mechanical systems, ventilation, and cooling equipment throughout the data center facility.

BECK develops electric actuators used to control valves, dampers, and other mechanical equipment.

Within data centers, actuators can help regulate airflow, water flow, cooling systems, and other facility infrastructure.

Connecting actuators to automated control systems allows cooling and mechanical infrastructure to respond dynamically as IT loads and operating conditions change.

CIMON develops PLCs, HMIs, SCADA software, and industrial automation technology.

These systems connect sensors and physical equipment with the control layer responsible for monitoring and operating infrastructure.

In data centers, automation can support power, cooling, water, alarms, mechanical systems, and other critical facility processes through centralized monitoring and control.

Composite Cooling Solutions develops cooling towers and heat-rejection infrastructure.

Cooling towers transfer waste heat from facility water systems into the surrounding environment, making them one of the final stages in the thermal path carrying heat away from computing hardware.

As AI data centers produce more heat, facility-level heat rejection must scale alongside rack and server cooling technology.

D Volt Co manufactures, sells, rents, and services transformers and electrical infrastructure.

Its portfolio includes pad-mounted and power transformers, dry-type transformers, switchgear, panelboards, modular substations, and equipment-monitoring technology.

For data center developers, shorter transformer lead times and modular electrical systems can directly affect speed to power, especially where utility interconnection and equipment procurement are already project bottlenecks.

EAE USA develops busway and electrical power-distribution systems.

Busway gives data centers a modular method for moving large amounts of electricity from electrical rooms toward IT and mechanical loads.

Compared with fixed cable-heavy designs, busway can provide greater flexibility as rack layouts and power requirements change over the life of a facility.

ECAM Technologies provides AI-supported live video monitoring and security services for critical infrastructure.

Its technology combines intelligent detection with human monitoring to identify perimeter breaches, equipment theft, unauthorized access, and other physical-security risks in real time.

Data centers contain high-value electrical equipment, copper, servers, and construction materials, making physical security an important part of protecting both operational uptime and infrastructure investment.

Electri-Cord Manufacturing develops power cords, cable assemblies, wiring harnesses, and electrical interconnect products.

These components connect equipment to electrical infrastructure across industrial and electronic applications.

Within data centers, reliable connectivity supports facility equipment, controls, monitoring systems, and other devices that depend on consistent electrical delivery.

Electroswitch develops switches, relays, and control equipment for power-generation, utility, and industrial electrical systems.

Its products help operators isolate, control, indicate, and protect electrical circuits.

Reliable switching is important in data centers because operators need to maintain equipment and respond to faults without unnecessarily interrupting power to critical computing loads.

AIL Sound Walls develops acoustic barriers and noise-control infrastructure.

Large data center campuses can generate significant sound from cooling equipment, generators, transformers, fans, and other mechanical systems.

Noise mitigation becomes increasingly important as larger campuses are built near communities and as local permitting processes place greater scrutiny on environmental impacts.

Air Hygiene International provides emissions, environmental, and performance testing services for industrial infrastructure.

Data center campuses increasingly use on-site generators, turbines, and other power equipment that can require emissions measurement and regulatory testing.

These services help operators understand environmental performance while maintaining compliance around large-scale energy infrastructure.

Aquant develops AI software for organizations that maintain and service complex equipment.

Its platform analyzes service history and equipment information to help teams diagnose problems and recommend corrective actions.

For data center power and cooling equipment, reducing diagnostic time can help operators and suppliers restore critical infrastructure faster and reduce the duration of equipment-related risk.

Aurigo develops software for planning, building, and managing large capital infrastructure programs.

Data center development can involve utilities, substations, transmission, roads, water, mechanical infrastructure, buildings, and complex construction schedules.

Infrastructure-management software helps coordinate these projects, where delays in electrical or utility work can determine when an entire data center becomes operational.

Avetta develops technology for managing contractor, supplier, and workforce risk.

Data center construction and operations depend on large external workforces across electrical, mechanical, construction, maintenance, logistics, and specialized technical services.

Avetta helps organizations manage qualification, compliance, safety, and supplier risk across those networks.

Cerbrec develops an AI-first operations platform for data centers.

Its software uses AI agents to monitor infrastructure, analyze telemetry, balance energy consumption, optimize cooling, manage UPS redundancy, identify maintenance needs, and coordinate operations across sites.

For distributed and edge data center networks, this kind of software can connect power, cooling, maintenance, and workload decisions rather than managing each infrastructure layer independently.

Charlotte Pipe manufactures piping systems used across commercial, industrial, and infrastructure applications.

Data centers use piping across cooling-water loops, drainage, mechanical systems, and other facility infrastructure.

The growth of liquid cooling increases the importance of reliable piping because more heat is being transported through fluids rather than only through facility air.

Chicago Valves & Controls supplies industrial valves and control equipment.

Valves regulate, isolate, and control fluid movement through mechanical and cooling systems.

As liquid cooling expands inside data centers, reliable fluid control becomes increasingly important for managing coolant flow, servicing equipment, and isolating individual parts of a thermal system without shutting down the wider facility.

CNC/Mako provides industrial equipment used across infrastructure environments.

At Data Center World Power 2026, the company sits within the supplier ecosystem supporting the physical buildout of power-intensive facilities.

Data center campuses increasingly require specialized industrial equipment alongside electrical and mechanical systems as project scale and infrastructure complexity grow.

Combilift develops forklifts and material-handling equipment for moving long, heavy, and difficult loads.

Data center construction involves transformers, switchgear, generators, cooling equipment, structural components, batteries, and other large infrastructure that must be transported and positioned safely.

Material-handling equipment therefore becomes an important part of deploying the physical power and cooling systems behind a data center.

CompuCycle provides IT asset disposition, electronics recycling, data destruction, and hardware lifecycle services.

Data centers continuously replace servers, networking hardware, storage, and other electronics as infrastructure is upgraded.

ITAD providers help operators remove retired equipment securely while managing data destruction, reuse, recycling, and environmental responsibilities.

Conco provides reliability, pre-commissioning, cleaning, testing, repair, and engineering services for industrial infrastructure.

Its capabilities include mechanical tube cleaning, nondestructive testing, water-jet cleaning, flushing, filtration, and other services used around heat-transfer and critical mechanical equipment.

For data centers, commissioning and maintaining cooling and power-support infrastructure is essential because equipment needs to perform reliably from initial startup through continuous operation.

Power Availability

Power availability has become one of the biggest constraints on data center development.

AI campuses can require hundreds of megawatts of electricity, creating demand for new grid capacity, transformers, substations, transmission infrastructure, generation, and energy storage.

QTS and Switch bring the operator perspective, while SPOC Energy, Daelim Belefic Group, D Volt Co, Dynapower, AMPERA, Exponential Power, and BorgWarner Battery Systems address different layers of the power stack.

Power Distribution

Securing electricity for a data center is only the first step.

That electricity must then be transformed, distributed, controlled, monitored, and delivered reliably to IT and mechanical systems.

EAE USA, Electroswitch, Electri-Cord Manufacturing, D Volt Co, AMETEK, and other companies operate across that pathway.

As rack power increases, distribution systems need to support higher loads without sacrificing redundancy, flexibility, or maintainability.

Backup Power and Energy Storage

Data centers cannot depend on a single power source.

Exponential Power, BorgWarner Battery Systems, Dynapower, and SPOC Energy represent different approaches to backup power, storage, conversion, and resilient electrical infrastructure.

Battery systems, microgrids, and distributed generation are increasingly being evaluated alongside conventional UPS and generator architectures.

New Sources of Data Center Power

Grid constraints are also pushing operators toward alternative energy strategies.

AMPERA is developing compact nuclear microreactor technology, while other infrastructure companies are building around microgrids, batteries, and on-site power conversion.

The common problem is speed to power: finding ways to deliver reliable electrical capacity without waiting years for conventional grid expansion.

Cooling High-Density Infrastructure

Power density and heat density rise together.

EkkoSense, ARES PHE USA, Axial Fans USA, Composite Cooling Solutions, Charlotte Pipe, and Chicago Valves & Controls address different points in the thermal-management chain.

Software optimizes cooling capacity.

Heat exchangers move thermal energy between loops.

Piping moves fluid.

Valves control flow.

Fans move air.

Cooling towers reject heat.

The result is a cooling stack that increasingly needs to be designed alongside the power system rather than after it.

AI and Infrastructure Intelligence

AI is also moving into the operation of physical infrastructure.

EkkoSense applies analytics to cooling and thermal performance.

Aquant uses AI to support equipment service.

Cerbrec uses AI agents across data center power, cooling, maintenance, and infrastructure operations.

This represents a shift from systems that simply show operators what is happening toward software that can recommend or coordinate actions.

Building Data Center Infrastructure Faster

The power challenge is also a construction challenge.

Aurigo manages infrastructure projects.

Avetta manages contractor and supplier risk.

Combilift helps move heavy equipment.

ECAM protects construction sites and critical assets.

AIL Sound Walls addresses acoustic infrastructure.

Conco supports commissioning and equipment reliability.

Data center capacity only becomes useful when the underlying electrical, mechanical, and civil infrastructure can be delivered on schedule.

What companies are at Data Center World Power 2026?

Companies at Data Center World Power 2026 include QTS Data Centers, Switch, SPOC Energy, Exponential Power, Daelim Belefic Group, EkkoSense, BorgWarner Battery Systems, Dynapower, AMETEK, AMPERA, ARES PHE USA, Arista Networks, Axial Fans USA, CIMON, Composite Cooling Solutions, D Volt Co, EAE USA, ECAM Technologies, Electroswitch, Aquant, Aurigo, Avetta, Cerbrec, CompuCycle, and other data center infrastructure companies.

When is Data Center World Power 2026?

Data Center World Power 2026 takes place September 21–23, 2026.

Where is Data Center World Power 2026?

Data Center World Power 2026 takes place at the Gaylord Texan Resort & Convention Center in Grapevine, Texas, in the Dallas-Fort Worth area.

What is Data Center World Power?

Data Center World Power is an event focused specifically on the energy and infrastructure challenges created by rapid data center growth. The event brings together data center operators, energy providers, electrical infrastructure companies, cooling suppliers, equipment manufacturers, sustainability leaders, and technology providers working across the data center power value chain.

Which data center operators are at Data Center World Power 2026?

Data center operators represented at Data Center World Power 2026 include QTS Data Centers and Switch. Senior energy and sustainability leaders from both companies are represented in the 2026 keynote program discussing grid capacity and the power requirements of the AI economy.

Which power infrastructure companies are at Data Center World Power 2026?

Power and electrical infrastructure companies include SPOC Energy, Exponential Power, Daelim Belefic Group, Dynapower, AMETEK, AMPERA, D Volt Co, EAE USA, Electroswitch, Electri-Cord Manufacturing, and BorgWarner Battery Systems. Their technologies span power conversion, transformers, electrical distribution, backup power, energy storage, nuclear generation, switching, connectivity, and microgrid infrastructure.

Which transformer companies are at Data Center World Power 2026?

Transformer companies include Daelim Belefic Group and D Volt Co. Their products support the conversion and distribution of high-voltage electrical power required by data center campuses.

Which energy storage companies are at Data Center World Power 2026?

Energy-storage and backup-power companies include BorgWarner Battery Systems, Dynapower, and Exponential Power. Their technologies help data centers store electricity, convert power, maintain continuity, and build more flexible power architectures.

Which cooling companies are at Data Center World Power 2026?

Cooling and thermal-management companies include EkkoSense, ARES PHE USA, Axial Fans USA, and Composite Cooling Solutions. Charlotte Pipe and Chicago Valves & Controls also support liquid-cooling and mechanical infrastructure through piping and fluid-control systems.

Which electrical distribution companies are at Data Center World Power 2026?

Electrical distribution companies include EAE USA, Electri-Cord Manufacturing, Electroswitch, Daelim Belefic Group, D Volt Co, and SPOC Energy. Their products span busway, wiring, transformers, switches, relays, power conversion, and other equipment used to move electricity through critical facilities.

Which AI companies are at Data Center World Power 2026?

Companies applying AI to data center infrastructure include EkkoSense, Aquant, and Cerbrec. EkkoSense focuses on thermal and cooling optimization, Aquant supports equipment service and diagnostics, and Cerbrec uses AI agents to coordinate power, cooling, maintenance, and operational decisions.

Which automation and control companies are at Data Center World Power 2026?

Automation and control companies include CIMON and BECK Electric Actuators, alongside software providers such as Cerbrec and EkkoSense. Their technologies help monitor and control physical infrastructure including cooling, mechanical equipment, energy systems, and facility operations.

Which data center security companies are at Data Center World Power 2026?

ECAM Technologies provides physical security technology for data centers and critical infrastructure. Its AI-supported live video monitoring helps detect intrusions, theft, unauthorized access, and other physical risks around data center facilities and construction sites.

What technologies are showcased at Data Center World Power 2026?

Technologies represented at Data Center World Power 2026 include transformers, backup-power systems, batteries, energy storage, power conversion, busway, electrical distribution, microgrids, nuclear power technology, cooling towers, heat exchangers, industrial fans, piping, valves, automation, controls, AI operations software, infrastructure software, networking, and security technology.

Who attends Data Center World Power?

Data Center World Power brings together data center operators, energy executives, electrical engineers, facilities leaders, sustainability teams, utility and power professionals, infrastructure developers, equipment manufacturers, technology providers, and companies involved in building and operating data centers.

Why is power such a major issue for data centers in 2026?

AI and hyperscale computing are rapidly increasing the amount of electrical capacity required by new data center campuses. That growth puts pressure on grid connections, generation, transmission, transformers, substations, distribution equipment, backup power, and cooling infrastructure. As a result, access to reliable power increasingly influences where data centers are built and how quickly new computing capacity can become operational.

Why should sales teams track companies at Data Center World Power?

Participation in Data Center World Power is a useful signal that a company is actively engaging with the growing data center power and infrastructure market. Exhibiting, sponsoring, speaking, and demonstrating technology create signals around product priorities, target customers, infrastructure investment, partnerships, and market expansion. For sales teams targeting data centers, energy, electrical infrastructure, cooling, automation, construction, industrial technology, and power systems, these signals can help identify relevant accounts while they are actively engaging with the market.