Description
Discover the Future of Power Optimization with Gensave’s SVG Series!
🚀 Revolutionize Your Power Distribution:
Unlock unparalleled power factor correction and harmonic current compensation with Gensave’s cutting-edge SVG Series. Designed with precision and innovation, this SVG transforms the way you manage power efficiency.
🌐 Intelligent Power Correction:
Immerse yourself in a world where the Gensave SVG takes charge, seamlessly aligning current and voltage phase angles on the transformer side. Detecting inductive or capacitive currents, our SVG effortlessly generates leading or lagging currents into the grid, achieving a harmonious synchronization that transforms your power distribution system.
⚡ Beyond Conventional Solutions:
But that’s not all – the Gensave SVG Series goes beyond ordinary solutions. Correct load imbalances and enjoy the added benefits of partial compensation for harmonic currents. Trust in Gensave’s commitment to innovation and efficiency as we redefine the standards of power quality.
🌟 Intelligent Technology at Its Best:
Experience the future with Gensave’s SVG, an entirely new approach to power factor correction. Utilizing intelligence-based IGBT technology with excellent switching, our SVG provides stable, accurate real-time power factor correction without the drawbacks of traditional methods.
🔄 Dynamic Step-Less Compensation:
Say goodbye to the limitations of capacitor-based systems. The SVG’s high-speed two-level inverter reacts swiftly to changes in reactive power, ensuring full correction in just 3/4 of a cycle. Enjoy dynamic step-less compensation that is precise, accurate, fast, and durable.
⚙️ Resonance-Free and Reliable:
With Gensave’s SVG, there’s no chance of system resonance, and even under low voltage conditions, it provides full reactive power compensation. Plus, being a completely inverter-based solution means no AC Capacitors to fail, ensuring reliability for the long run.
Choose the future of power efficiency – choose Gensave’s SVG Series. Elevate your power distribution capabilities with intelligence-based technology and dynamic compensation. Say hello to a new era of precision and reliability in power correction!
| Technical data and specifications | |
| Rated Voltage | 400V
20%~+20% 30、50、75、100 |
| Grid voltage range | |
| Individual module capacity(kVar) | |
| Frequency Overall efficiency | 50/60Hz(-10%~+10%) |
| >97% | |
|
CT configuration |
Closed or open loop(Open loop is recommended in case of parallel
operation） |
| Overall response time | <7.8ms |
| Grid type | 3P3W,3P4W |
| Overload capacity | 110%-Continuous operation,120%-1min |
| Circuit topology | 3-level topology |
| Switching frequency | 20kHz |
| Modularity | Maximum 20 units can be combined |
| Redundancy | Master/master or master/slave arrangement |
| Typical power losses | <2.5%(depending of the load) |
| Target power factor | Adjustable from –1to1 |
| Harmonic compensation | Available but not recommended |
| Unbalance compensation | Available |
| Display | 1.8/4.3/7-inch HMI（Optional） |
| Communication ports | RS485 Modbus(RTU) |
| Noise level | <69dB(depending on the load and model) |
| Altitude | Derating usage>2000m |
| Ambient temperature | Operating Temperature：-35°C~55°C，Derating usage above55℃ |
|
Humidity |
Storage temperature：-45°C~70°C |
| 5%~95%RH，non-condensing | |
| Protection class | IP20 |
| Design/Approvals | EN62477-1(2012)，EN61439-1(2011) |
| EMC | EN/IEC61000-6-4，ClassA |
| Certification | CE，CQC |
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