Engineered for high power density, zero-maintenance thermal dissipation, and seamless integration into Norwegian battery, maritime, and renewable test benches.
Norway represents the global pinnacle of electrification. With over 80% of all new passenger vehicle registrations being fully electric and ambitious national goals to decarbonize maritime transport (zero-emission fjord mandates and hybrid vessel electrification), Norwegian industrial engineers face unique test bench demands. Operating in coastal, subsea, and sub-zero Arctic environments requires DC test equipment and battery simulators engineered for absolute stability, low-noise signal fidelity, and high thermal efficiency.
For procurement managers and test system integrators in key industrial hubs like Oslo, Bergen, Trondheim, and Stavanger, sourcing air-cooled programmable power supplies and battery simulators from established global manufacturers offers distinct operational advantages. Air-cooled topologies bypass the installation complexity, glycol maintenance, and potential freezing hazards of liquid-cooling loops in remote facilities, while delivering high power density in 1U to cabinet-level form factors.
Why modern test laboratories specify current-fed power conversion architecture over traditional voltage-fed topologies for high-dynamic Norwegian applications.
Unlike standard voltage-fed power supplies that store high energy in output capacitor banks, our current-fed topology utilizes an inductor on the DC bus. This yields inherent short-circuit protection, arc tolerance, and immunity against high capacitive kickback during EV inverter testing.
Full rated power is delivered across an expansive operating range rather than a single peak V/I point. A single 10kW unit can supply high voltage for traction batteries or high current for busbars, significantly reducing capital expenditure for Norwegian labs.
Linear MOSFET sinking stages in our battery simulators eliminate high-frequency switching artifacts, providing pure DC currents required for exact SOC estimation, electrochemical impedance spectroscopy (EIS), and coin-cell characterization.
Every standard series utilizes standardized command sets, IVI drivers, LabVIEW VIs, and Python SDKs. Software test profiles executed on a 1.5kW 1U unit run natively when scaled up to a 1MW cabinet system.
Air-cooled configurations feature isolated internal airflow channels to protect sensitive control electronics against airborne particulates and coastal humidity common in Norwegian port facilities.
Effortlessly parallel units up to 10 MW with digital active current sharing. High-power cabinet units function co-operatively without dynamic imbalance or complex cross-wiring.
Extensive field experience across Scandinavian energy, maritime electrification, and high-tech manufacturing.
Norway leads the world in electric ferry conversion and subsea intervention ROV design. Our air-cooled high-power DC supplies provide ultra-stable bus voltage for testing marine energy storage systems (ESS), DC switchboards, and underwater thruster drives. With protection against inductive voltage spikes and rapid load steps, engineers in Bergen and Ålesund conduct stress tests without risk of equipment breakdown.
As Norway expands cell manufacturing and battery pack assembly across Agder and Northern Norway, precise validation of Battery Management Systems (BMS) is vital. Utilizing multi-channel simulators like the 24-Channel Battery Cell Simulator allows test engineers to inject precise cell voltages, emulate active cell balancing, and test fault handling strategies across extreme SOC variations in real time.
To support Norway’s dense EV charging infrastructure, manufacturers rely on high-dynamic 150kW-1000kW battery simulators. Emulating dynamic battery impedance and instantaneous voltage responses during 350kW+ CCS2 fast charging enables accurate thermal and electrical mapping of chargers prior to field deployment in harsh Arctic climates.
Remote meteorological and telecom sites across Svalbard and northern fjords depend on hybrid solar-wind-battery power systems. Our air-cooled programmable DC supplies simulate extreme solar array I-V curves (via PPPE software) and fluctuating wind turbine outputs, enabling rigorous validation of off-grid controllers under freezing ambient temperatures.
Select the optimal product series based on power envelope, cooling methodology, and target application requirements.
| Product Platform / Series | Power Range | Voltage Range | Cooling Method | Primary Application in Norway |
|---|---|---|---|---|
| SLx / SL Series | 1.5 kW – 10 kW | 0 to 1500 Vdc | Air Cooled (1U Rack) | Automated Test Equipment (ATE), Double Pulse SiC/GaN Testing |
| XR Series | 2 kW – 10 kW | 0 to 1000 Vdc | Air Cooled (2U Rack) | High-voltage R&D labs, Aerospace & Defense equipment validation |
| TS Series | 5 kW – 100 kW | 0 to 4000 Vdc | Air Cooled (3U–16U) | EV Traction Motor Drives, Electrolysis & Magnet Power Supplies |
| MT Series | 150 kW – 3 MW+ | 0 to 4000 Vdc | Air Cooled (Cabinet) | Hypersonic Wind Tunnels, Large Marine ESS & Megawatt Microgrids |
| ALx Series (Loads) | 1.25 kW – 20 kW+ | 0 to 1000 Vdc | Air Cooled (Linear MOSFET) | Fuel Cell Characterization, Pure DC Sinking & Battery Discharging |
| Multi-Channel Cell Simulators | Precision Milliwatt/Watts | 0 to 5 Vdc per cell | Convection / Air Cooled | Hardware-in-the-Loop (HIL) BMS SOC Estimation & Balance Strategy |
Every piece of air-cooled power equipment delivered to Norway is designed, machined, wound, and assembled inside our vertically integrated USA manufacturing facility. Unlike OEMs that white-label modules from disparate subcontractors, our complete control over raw sheet metal, custom magnetic winding, surface-mount PCB assembly, and final testing guarantees unparalleled quality control.
Every instrument undergoes rigorous full-load thermal burn-in prior to dispatch, eliminating infant mortality and verifying air-cooled heatsink performance.
Vertical integration ensures standard made-to-order configurations ship within 4 to 6 weeks, bypassing global supply chain bottlenecks.
Units arrive fully calibrated with NIST-traceable documentation, meeting ISO 9001 quality audits required by Scandinavian primes.
We maintain architectural continuity for over a decade, allowing Norwegian clients to expand existing test bays without software revision.
Addressing key electrical grid, environmental, import, and compliance questions common among Scandinavian engineers.
Whether you require a compact 1U bench battery simulator or a multi-megawatt air-cooled DC power array, our technical sales engineers will help tailor the exact voltage, current, and control options for your specific requirements.
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