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Power & Infrastructure

Newly-designed 2500kW Resistive Load Bank Tailored for Power & Infrastructure Applications

Power and infrastructure projects have become one of the most critical application fields for high-capacity load bank testing. With large-scale power systems and strict requirements for stability and reliability, resistive load banks play a vital role throughout the entire lifecycle of power infrastructure. They are widely used in system commissioning, grid-connection testing, routine maintenance, and capacity upgrades, providing stable and controllable full-load simulation to verify power system performance and ensure safe, reliable operation.

When Power & Infrastructure Face These Challenges, You Need a Smarter Testing Solution

In high-power testing at power plants or substations, do traditional load cells suffer from dispersed capacity and complex deployment, impacting testing efficiency?
Under prolonged continuous testing or high-load operation, are devices prone to triggering protection mechanisms or interrupting testing due to insufficient heat dissipation?
During phased acceptance and upgrades of infrastructure projects, are limitations in testing methods hindering the timely detection of potential power supply stability risks?

RATA provides high-precision AC/DC load banks for generator testing, battery validation, grid simulation, and renewable energy systems. Portable, and engineered for critical infrastructure.

Which Load Bank DoYou Need?

100-5000kw Resistive Inductive Load Banks
100-5000kw Resistive Load Banks
3-21kw Rack Mounted Load Banks 3-21kw

The 100–5000kW Resistive Inductive Load Banks (125–6250kvar) feature an integrated kW/kvar design that provides a flexible and scalable load testing solution. They are well suited for power and infrastructure applications, enabling realistic load simulation and power factor control within a compact, modular structure, while supporting efficient deployment, capacity expansion, and centralized system management.

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Our 100–1500kW resistive load banks play a vital role in power and infrastructure applications. They provide stable and controllable load testing for generators and power systems, accurately simulating real operating conditions to support system commissioning, maintenance, and performance verification, ensuring reliable and efficient power supply operation.

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The rack-mounted load bank supports standard rack installation and modular configuration, providing a compact and integrated load testing solution for power and infrastructure applications. It is well suited for control rooms, substations, and equipment rooms where space is limited, enabling efficient use of space, flexible capacity expansion, and centralized rack-level management of load testing equipment.

Server Rack Mounted Load Banks For Data Center
In order to meet the requirements of the next generation of high-density, intelligent and low pue
7KW Rack Mounted Load Banks
The 7kW rack mounted load banks can fully simulate the power usage, heat dissipation and other air
6KW Rack Mounted Load Bank
6kW rack mounted load bank application include IST commissioning in data center & data room.
18kW Rack-mounted Load Bank
Rata's 18kW Rack-mounted Load Bank has a reliability rate unrivaled on the market, which is specifically designed to support airflow testing and cooling system verification within the facility.
12kW Rack Mounted Load Banks
The 12kW rack mounted load banks can fully simulate the power usage, heat dissipation and other air
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Three Core Advantages to Redefine Load Testing in Energy Storage Industry

Advantages Technical Details Benefits for Customers
✔ Stable Load Output, Suitable for Power System Verification Provides pure resistive load for accurate kW testing, supporting continuous full-load and step-load operation across a wide power range Enables reliable verification of generator and power system capacity during commissioning, acceptance, and routine testing, ensuring system stability and compliance
✔ Flexible Deployment for Infrastructure Projects Modular design allows single-unit or multi-unit parallel operation to meet different power levels Adapts easily to various project scales, reducing deployment complexity and improving testing efficiency across power plants and infrastructure sites
✔ Realistic Load Simulation, Closer to Grid Conditions Integrates resistive (kW) and inductive (kvar) loads to simulate real power factor and grid operating characteristics Enables more accurate evaluation of generator and grid performance, supporting reliable system commissioning and grid-connection testing
✔ Modular and Scalable Configuration Modular load steps allow flexible power combination and easy expansion to meet different testing requirements Supports changing load demands during system commissioning, maintenance, and future upgrades, improving investment flexibility

Let us know your requirements.

Every power and infrastructure project has its own challenges. We work closely with you to evaluate your testing needs and deliver suitable resistive or resistive-inductive load bank solutions.

Covering the Testing Needs Throughout the Entire Lifecycle of Power & Infrastructure

System Commissioning & Acceptance
Simulate full-load and step-load conditions to verify the stability and capacity of generators and power systems, identifying potential operational risks in advance.
Routine Operation & Maintenance
Perform periodic load testing to evaluate the response performance and continuous operation capability of generators, UPS systems, and other critical power equipment.
Capacity Expansion
Verify load balance and system compatibility after equipment upgrades or capacity expansion, ensuring safe and reliable operation without conflicts.
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How We Make It Happen?

Since its establishment, Rata has delivered resistive and resistive-inductive load bank solutions for a wide range of power and infrastructure projects. Through reliable products and professional technical support, we have assisted customers in completing system commissioning, grid-connection testing, and routine maintenance, helping them address practical challenges and earning consistent recognition and trust across the industry.

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Lets Get in Touch

You can contact us with email, phone, or by filling out the form on this page. We strive to respond promptly and look forward to connecting with you soon!
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We're here to assist you with any inquiries!

How Can We Help?

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