The new energy industry relies on stable, programmable DC power for testing and production, and the ការផ្គត់ផ្គង់ DC ដែលមានកម្មវិធីស៊ីម៉ងត៍ស្ដើង is a core enabler. It combines space-saving design with high performance, resolving pain points like limited lab/line space, unstable output, and inefficient power adjustment.
Lithium-Ion Battery Cell & Module Testing: Ensuring Capacity & Safety
សរតីកេបលបុមទីមួយ, lithium-ion batteries (EV, energy storage) require precise charge-discharge testing. The Slim Programmable DC Supply delivers 0~150V voltage and 0~100A current with ±0.01% accuracy, simulating real-world battery operating conditions.
Moreover, its slim design (ចមរោ <30cm) allows multi-unit stacking, saving lab space for high-volume testing. For example, an EV battery factory used it to test 18650 cell modules, optimizing charge curves and improving battery cycle life by 15%. បរនក់លើ, it supports CC/CV/CP modes, adapting to different battery testing phases seamlessly.
PV Inverter Testing: Validating Conversion Efficiency
PV inverters need stable DC input to test AC conversion efficiency and grid compatibility. The Slim Programmable DC Supply replicates solar panel output (variable voltage/current), matching IEC 62109 standards.
លើសពីនេះទៀត។, it features fast transient response (<10ms) to simulate sunlight intensity changes. Besides, it integrates with power analyzers to calculate conversion efficiency in real time. This solution helped a PV inverter manufacturer improve efficiency by 3%, meeting global energy efficiency ratings.
Energy Storage System (ESS) Calibration: Optimizing Power Management
តីភ្លែត, energy storage systems require precise power calibration to ensure stable grid integration. The Slim Programmable DC Supply acts as a simulated energy storage unit, testing BMS (Battery Management System) performance.
បរនក់លើ, it supports programmable voltage/current curves, replicating charge-discharge cycles of ESS. For instance, a grid-scale ESS project used it to calibrate BMS, reducing power fluctuation errors by 22%. Consequently, it ensures ESS operates reliably under peak and off-peak load conditions.
EV On-Board Charger (OBC) ការធេវីតេហតី: Meeting Automotive Standards
EV on-board chargers need strict testing to comply with automotive norms (ISO 6469). The Slim Programmable DC Supply provides stable DC output for OBC efficiency and reliability testing.
Moreover, it withstands harsh test environments (temperature -20℃~60℃) with IP54 protection. លើសពីនេះទៀត។, it supports remote control via LAN/USB, integrating with automated test systems. A carmaker used it to test OBC, ensuring charging speed and safety meet EV industry requirements.
New Energy Component Production: Streamlining Mass Testing
Finally, new energy component production demands efficient, space-saving testing tools. The Slim Programmable DC Supply integrates with ATE systems, enabling batch testing of diodes, MOSFETs, and power modules.
Besides, it stores 50+ test profiles for different components, supporting quick parameter switching. បរនក់លើ, its low noise (<5mVpp) ensures accurate testing of sensitive components. For example, a semiconductor factory used it to test power modules for PV systems, cutting testing time per unit by 40%.
Core Value: Compact Performance for New Energy Advancement
The Slim Programmable DC Supply combines slim design, high precision, and flexible programmability. It adapts to diverse new energy scenarios—batteries, PV, ESS, EVs—with one space-saving device.
Compared to bulky DC supplies, it saves 40% lab/line space, while its high stability ensures reliable test results. Ultimately, it is not just a power supply but a solution that accelerates new energy product development and market access.
ក្រុមហ៊ុន Jetronl Gunner Co., អិលធីឌី. has specialized in the electronic measurement field for 35 years, covering various measurement needs across the entire electronic industry chain and providing precise measurement support.
