Niawell manufactures industrial AC and DC load banks, from programmable PDL and SEL electronic loads to 500 kW cabinets. Load bank rental and on-site engineering support are also available for temporary and scheduled testing.
Niawell AC load banks support commissioning, acceptance tests and preventive maintenance for generators, UPS systems, turbines and power installations. Three-phase models and 500 kW cabinets are available with staged control, protection and industrial cooling.
The PDL series performs controlled battery discharge in constant-current, constant-power and constant-resistance modes. SEL electronic loads cover multiple DC voltage and power ranges for battery cells and power sources.
Power, voltage, current, duty cycle, controls, environmental conditions and installation can be configured to suit the project. Niawell engineering selects the correct model from actual load requirements.
Select PDL, SEL or AC load bank first, then choose the required power and voltage. Each model reads specifications from its own independent database record.
Niawell PDL 500-80K 80 kW programmable DC load bank for controlled battery discharge testing from 10 to 500 VDC.
Niawell 3PH-100KW is a 100 kW three-phase resistive AC load bank for generator, UPS and industrial power-system testing. It operates at 240/400 VAC, 50 Hz with 220 V…
Niawell 500 kW vertical three-phase AC load bank for high-power generator and UPS load testing.
Niawell 500 kW horizontal three-phase AC load bank for generator and UPS testing.
Niawell SEL 06-100A smart electronic load and battery cell discharger up to 100 A.
Capacity, voltage, frequency and stability testing under a controlled electrical load.
Runtime verification, capacity testing and controlled battery discharge.
Commissioning and preventive testing of emergency power infrastructure.
AC/DC source testing in demanding industrial and customised projects.
A load bank is a controlled electrical load used to measure how a generator, UPS, battery, rectifier or power supply behaves under a known demand without exposing the site's real critical load. Selection starts with the source type, AC or DC system, voltage, power, power factor and the purpose of the test.
Used for kW testing, generator capacity checks and many UPS tests by applying measurable active-power steps.
Combines kW and kVAR to assess generators, AVR behaviour and sources at a power factor below unity.
Tests batteries, chargers and rectifiers in constant-current, constant-power or constant-resistance modes.
A load bank applies a controlled electrical load to generators, UPS systems, power supplies and batteries so their real performance can be measured safely.
AC load banks test alternating-current sources such as generators and UPS systems. DC load banks test batteries, chargers, rectifiers and DC power supplies.
Yes. Power steps, voltage, manual or automatic control, enclosure, cooling, protection and metering interfaces can be engineered for the project.
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