Bidirvolt builds custom load bank systems that turn power and cooling uncertainty into measurable test data before data centers, generators, UPS systems and critical infrastructure go live.
Engineered for high-power data center load bank testing, CDU validation, cooling loop commissioning and controlled resistive heat load before IT halls go live.
A 500 kW reference model for CDU/chiller testing, coolant loop commissioning and heat rejection validation. Use it when comparing liquid cooled load bank options or specifying a resistive load bank for sale.
View 500 kW Model Specifications →
A liquid cooled load bank applies resistive electrical load and transfers the generated heat into the coolant circuit. Engineers can validate power capacity and cooling performance with one controlled device.
Liquid Cooling Load Bank = Resistive Heating + Direct Liquid Cooling.
Simulates server power consumption for electrical testing and sends heat into the coolant loop for liquid cooling validation.
One unit supports load banks for data center commissioning where power load and heat rejection must be checked together.
Connect to the CDU, chiller loop or cooling tower circuit.
Adaptable interfaces let the site record heat load, flow, pressure and delta-T during commissioning.Apply repeatable resistive load steps.
Electrical power becomes measurable heat, allowing engineers to check pump response, coolant flow and heat rejection.Control multiple units for larger commissioning loads.
PC cluster control and optional wireless communication help synchronize multi-unit tests with less temporary wiring.Keep testing reliable without site network access.
Local PLC and touchscreen HMI support manual loading, alarm checks and data center load bank testing.Each unit is configured around site parameters: power rating, enclosure size, coolant interface, protocol and report output. This helps buyers compare a resistive load bank for sale against the actual commissioning duty.
Specify kW/MW rating, voltage, phase, frequency and load step resolution.
Match cabinet footprint, enclosure height, wheels, skid base or trailer layout.
Support TCP/IP, Modbus RTU or project-specific protocols for control and records.
Match DN flanges, quick couplings, hoses and inlet/outlet layouts to the CDU or chiller loop.
Configure single-phase or three-phase input for grid, generator or site supply.
Add manifolds, hoses, valves, flow meters and quick-connect fittings for faster site setup.
Each unit is assembled, inspected and tested before shipment. FAT records, test photos and packing details can be prepared for project documentation.
Cabinet assembly, wiring inspection and quality checks for high-power load bank units.
In-house cooling loop for full-load validation before dispatch.
Simulation checks inlet/outlet temperature difference, flow behavior and heat dissipation before testing.
Drying, protection and export packing reduce overseas transit risk.
Centralized control for multiple load banks from one PC.
Synchronize parallel units for high-capacity load banks for data center commissioning.Monitor electrical and cooling parameters in real time.
Track voltage, current, power, inlet/outlet temperature, flow, pressure and alarms.Log test data and export acceptance reports.
Generate timestamped PDF/Excel records for commissioning files.Match the interface to the site test workflow.
Customize screens, test steps, alarm rules and operator permissions.Validate UPS, generator and PDU performance before go-live.
Apply rated resistive load to check capacity, voltage stability and switchgear thermal behavior.Verify CDU and chiller performance under thermal load.
Apply heat to the coolant loop to check flow balance, temperature control and alarm response.Test the heat rejection chain.
Hold stable thermal load across tower, chiller, CDU and load bank to locate cooling bottlenecks.Simulate heat from liquid-cooled energy storage.
Programmable thermal load helps battery systems reproduce operating heat conditions.Validate N+1 and 2N cooling redundancy.
Use staged load to check switchover response and thermal margin.For a quotation, send kW/MW, voltage, coolant type, flow rate, pressure range, connection interface, control method and delivery country.
Request Liquid Cooled Load Bank Quote →08-FAQ
Yes. The unit simultaneously applies electrical loads to the power system while circulating coolant to test the thermal capacity and flow rate of the cooling system, ensuring a complete dual-system validation in a single test.
Industrial water, deionized water, and glycol-water mixtures (ethylene or propylene glycol). The internal heat exchanger is constructed from high-grade corrosion-resistant materials to support standard industrial coolants.
Via local PLC touchscreen or remote PC software. It supports standard industrial protocols like Modbus RTU/TCP, allowing operators to execute step-loads, monitor data, and trigger emergency stops safely.
Standard industrial quick-connect couplings or flanged connections. The specific size and type (typically DN or ANSI standards) are customized to match your existing facility piping for leak-free, rapid deployment.
Yes, absolutely. Multiple load banks can be parallel-connected and synchronized through a master-slave control system, allowing you to scale up total capacity and manage them as a single consolidated load.
Click the “Inquiry” button or email us directly with your specifications. Please provide your required power capacity (kW), voltage, frequency, and cooling water parameters. Our engineering team will deliver a detailed technical proposal within 24 hours.
Typically 6 to 8 weeks. Standard configurations go straight into assembly. For fully customized voltage or high-capacity models, lead times vary depending on component availability and engineering complexity.
CE compliance and ISO9001 quality management certification. Every unit undergoes rigorous factory acceptance testing (FAT) prior to shipment, and all major electrical components adhere to IEC and UL standards.
09-GET IN TOUCH
Bidirvolt designs and manufactures high-performance load banks, supporting sample and small-batch customization to meet unique testing requirements for global projects.
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