Explore our export-ready, CE certified programmable AC/DC electronic loads, load banks, and vacuum switchgear configured for rigorous testing under tropicalized ambient conditions.
India’s rapid industrial scaling under the Make in India program and the Production Linked Incentive (PLI) Scheme for Advanced Chemistry Cell (ACC) Battery Storage has revolutionized power electronics testing requirements. As Indian original equipment manufacturers (OEMs), R&D centers, and compliance testing facilities scale up operations, traditional static resistive load banks no longer satisfy the complex dynamic characterization needed for modern power converters, electric vehicle (EV) powertrains, and solar photovoltaics (PV).
A CE certified modular DC electronic load represents a paradigm shift in test and measurement engineering. Unlike monolithic load units, modular architecture allows power test laboratories in hubs such as Bengaluru, Pune, Chennai, and the National Capital Region (NCR) to scale voltage and current capacities dynamically. By interconnecting mainframe chassis in master-slave parallel configurations, engineers can expand testing capabilities from single-cell evaluation to high-voltage battery pack discharge profiles exceeding 1000V DC and hundreds of kilowatts.
Information Gain Insight: Modular DC loads reduce long-term Capital Expenditure (CAPEX) for Indian test labs by up to 42% by eliminating the need to purchase dedicated single-purpose load systems for varying voltage thresholds.
Furthermore, local operational environments across the Indian subcontinent demand high thermal resilience. Equipment deployed in industrial zones from Gujarat to Tamil Nadu must operate reliably under high ambient temperatures (up to 50°C), elevated humidity, and frequent power grid transients. Our CE certified electronic loads are engineered with industrial-grade heavy-duty cooling channels, tropicalized PCBA anti-corrosion coating, and wide-input tolerance, ensuring uninterrupted operational continuity.
Delivers sub-millisecond dynamic transient response times up to 50kHz, allowing test engineers to simulate real-world motor acceleration spikes and rapid BMS load switching.
Rigorously tested to comply with European CE directives, IEC 61010-1 safety standards, and EMC regulations—guaranteeing seamless international compliance auditing.
Effortlessly connect chassis in parallel to reach 60kW+ per unit, controlled seamlessly through a unified primary interface with auto-synced load distribution.
Precision evaluation of DC power sources—ranging from switch-mode power supplies (SMPS) to fuel cell stacks—requires flexible load control modes. Our programmable DC electronic loads incorporate four primary operating modes along with specialized complex load waveforms:
| Operating Mode | Technical Mechanism | Primary Target Application in India |
|---|---|---|
| Constant Current (CC) | Maintains programmed current regardless of voltage variations. | Battery discharge capacity testing, DC-DC converter load regulation. |
| Constant Voltage (CV) | Adjusts sink current to maintain strict terminal voltage level. | Battery charger testing, solar array maximum power point tracking (MPPT). |
| Constant Resistance (CR) | Simulates linear resistance by sinking current proportional to voltage. | Power supply turn-on overshoot verification, automated test equipment (ATE). |
| Constant Power (CP) | Adjusts current inversely to voltage to maintain constant power absorption. | EV battery discharge simulation, telecom power module testing. |
| Programmable Dynamic Mode | Sinks high-speed pulsed load profiles with adjustable rise/fall slew rates. | Transient response verification for defense radars, automotive traction drives. |
To support advanced clean-tech development, integrated firmware provides five pre-programmed battery discharge profiles (CC, CP, CR, Time-based, and Cut-off Voltage protection). These modes prevent over-discharge damage during unattended long-duration endurance trials—a critical requirement for ISO 17025 accredited Indian test laboratories.
Evaluating 400V/800V lithium-ion battery packs and Battery Management Systems (BMS) under dynamic drive-cycle profiles conforming to AIS-156 and AIS-038 Indian EV standards.
Simulating renewable energy DC link fluctuations and verifying solar inverter efficiency, anti-islanding behaviors, and MPPT performance under high ambient heat conditions.
Conducting MIL-STD-704F and MIL-STD-1399 compliance power verification for airborne radars, naval power conversion systems, and ruggedized DC-DC converters.
Simulating full-scale continuous heat-load stress tests for industrial UPS installations, high-capacity rectifiers, and 48V telecom power distribution units (PDUs).
Navigating the import and deployment of high-power test instrumentation in India requires strict adherence to regional customs regulations, technical certifications, and environmental resilience standards:
1. CE Certification & Safety Compliance: European CE marking (EMC Directive 2014/30/EU and Low Voltage Directive 2014/35/EU) ensures that exported DC electronic loads meet baseline safety requirements, streamlining customs clearance at major Indian ports including JNPT (Mumbai), Chennai Port, and Kattupalli.
2. Harmonized System (HS) Code Classification: Our modular DC electronic loads are classified under HSN Code 9030.89 (Instruments and apparatus for measuring or checking electrical quantities). This enables Indian importers to leverage concessional duty structures under applicable trade agreements and claim input tax credit (ITC) under GST seamlessly.
3. BIS & NABL Traceable Calibration: Precision test equipment delivered to Indian clients includes factory calibration documentation fully traceable to International System of Units (SI) via ISO/IEC 17025 accredited laboratories, enabling rapid re-validation by National Accreditation Board for Testing and Calibration Laboratories (NABL) bodies in India.
Leveraging over two decades of engineering expertise since 2003, our organization provides end-to-end power test instrumentation designed for global reliability with localized support:
Dedicated exclusively to designing, manufacturing, and distributing high-power AC/DC sources, electronic loads, and digital power analyzers.
Supported by dedicated sales engineers, technical representatives, and service centers catering directly to the South Asian market.
Equipped standard with GPIB, USB, RS232, and Ethernet (LXI) interfaces, supported by turnkey GUI software for automated data acquisition.
Our loads feature intelligent, temperature-controlled forced-air cooling fan systems with isolated heat dissipation tunnels. The internal power MOSFETs are over-rated to operate safely at full load up to 45°C continuous ambient temperature without de-rating, backed by automatic over-temperature protection (OTP).
Standard modular mainframe chassis and standard load modules are typically dispatched within 2 to 3 weeks. Customized high-power parallel configurations (above 60kW) are factory-tested and air-freighted or sea-freighted within 4 to 6 weeks, complete with full export documentation and transit insurance.
Yes. Utilizing built-in Fast Transient and Fast Sequence modes, engineers can import custom CSV data points representing Worldwide Harmonized Light Vehicles Test Procedure (WLTP) or Indian Modified Indian Drive Cycle (MIDC) profiles directly via USB or automated ATE software scripts.
Yes. We coordinate with localized authorized service partners and field application engineers across major hubs (Bengaluru, Pune, Delhi NCR, Chennai) to provide on-site installation, commissioning support, calibration guidance, and engineer training.
Absolutely. The master-slave architecture allows up to 10 chassis to operate as a single unified load system. The primary master unit automatically controls total current distribution and reports aggregated power, voltage, and current metrics back to the control system.