This VILVA 1300A DC resistive load bank is built for high-current discharge and capacity verification of energy storage packs, battery strings and DC power systems. With pure resistive elements, it provides harmonic-free stable loading, step current adjustment and built-in safety interlocks. Optional data logging supports curve export for acceptance documents, ideal for factory testing, on-site commissioning and regular battery maintenance.
Pain Points & Solutions
❌Pain point: Active electronic loads introduce harmonic distortion and non-linear loading, failing to simulate the purely resistive load conditions required for official acceptance tests.
✅ Solution: Pure resistive load topology ensures linear, harmonic-free loading, complying with standard acceptance and commissioning specifications.
❌Pain point: Conventional test loads are limited in current capacity and unable to satisfy high-current capacity validation for large-format energy storage battery packs.
✅ Solution: Rated for 1300A continuous discharge current, with stepped load banks to flexibly configure target discharge current for heavy-duty capacity testing.
❌Pain point: Extended unattended discharge tests expose equipment and DUT to thermal runaway, overcurrent and under-voltage hazards without reliable protective interlock.
✅ Solution: Multi-layer safety interlock system monitors temperature, current and voltage in real time; automatically cuts off load upon threshold violation.
❌Pain point: Manual logging of discharge data yields discontinuous records, lacking auditable traceability required for project handover and certification documentation.
✅ Solution: Optional high-resolution data acquisition module continuously captures test metrics and exports discharge profiles via USB for formal test reports.
❌Pain point: Field commissioning frequently requires relocation of test gear; bulky equipment with ambiguous wiring prolongs setup time and raises connection risks.
✅ Solution: Integrated cabinet construction with clearly labelled power terminals, enabling fast wiring, secure connection and convenient on-site mobilization.
Application Fields
Offline capacity validation and ageing test for large energy storage battery packs
Acceptance commissioning and load testing of DC power supplies, rectifier systems and converters
Periodic capacity maintenance for telecom backup battery banks
Performance verification of power station, substation and UPS battery strings
Testing and certification projects at third-party electrical & energy testing laboratories
Marine DC power system and ship battery bank discharge inspection
EV battery pack and heavy-duty battery module sampling testing
Data centre backup DC power acceptance and routine maintenance
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Hot Questions(RFQ):
Q1: What is the protection rating of this 1300A DC load bank?
A1: IP20, designed for indoor use in energy storage workshops, power stations and test laboratories.
Q2: Does it produce harmonics during discharge testing?
A2: No. It adopts pure resistive load without harmonic distortion.
Q3: Can it record test data and export curves for acceptance?
A3: Yes. An optional data logger captures real-time voltage, current and capacity, exportable via USB.
Q4: Is the load adjustable?
A4: Yes, it supports step-by-step load adjustment for different high-current test requirements.
Q5: Can it run unattended long-duration discharge tests?
A5: Yes. Efficient forced air cooling and multi-protection system support continuous unattended testing.
Q6: What safety protections are equipped?
A6: Over-temperature protection, overcurrent protection, under-voltage protection and emergency stop function.
Q7: Can this machine be customized?
A7: Yes, we support customization of DC voltage range, terminals and special functions.
Q8: What is the cooling type?
A8: Forced air cooling, stable heat dissipation for continuous high-current discharge.
Q9: What is the maximum continuous discharge current?
A9: 1300A, suitable for heavy-current capacity verification of large battery packs.
Q10: Is it suitable for on-site commissioning or only lab use?
A10: It supports both factory laboratory testing and field on-site commissioning.
Q11: What kind of batteries or power systems can it test?
A11: Energy storage packs, telecom battery banks, UPS and DC power supply systems.
Q12: Do you provide calibration certificates?
A12: Yes, calibration certificates are available upon request at extra cost.
Q13: What is the lead time after order confirmation?
A13: Normally 15–25 working days, subject to configuration and quantity.
Q14: Can we connect multiple units in parallel for higher current?
A14: Yes, parallel operation is available as a customized solution.
