Static Var Generator SVG 60kvar 400V Modular Reactive Power Compensation Cabinet for Chemical Plant
Basic Properties
Trading Properties
| Product Name: | Static Var Generator SVG 60kvar 400V Modular Reactive Power Compensation Cabinet | Model Number: | ND-SVG-60-400 |
|---|---|---|---|
| Harmonic Range: | 2nd To 50th Order | Compensation Effect: | System Power Factor Greater Than 0.99 Within Rated Capacity |
| Controller: | DSP + FPGA | Control Algorithm: | ADALINE Adaptive Linear Neural Network |
| Communication: | Modbus, RS485 And CAN Bus | Protection Level: | IP20 |
| Installation Method: | Rack-mounted Modular Installation | HMI: | Built-in HMI Touch Screen |
| Highlight | 60kvar Static Var Generator SVG,Chemical Plant Reactive Power,Modular SVG Cabinet |
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Static Var Generator SVG 60kvar 400V Modular Reactive Power Compensation Cabinet for Chemical Plant
Product Brief :
The SVG 60kvar 400V modular reactive compensation cabinet is tailor-made for chemical plants to resolve power quality issues caused by reactors, agitators and circulating pumps.
This advanced static var generator adopts voltage-source PWM inverter architecture and high-speed IGBT power modules. It continuously injects or absorbs reactive current to stabilise bus voltage and keep the power factor near unity.Different from stepped switched capacitor banks and traditional TSC devices, it adjusts output in real time to adapt to fluctuating production loads. For chemical sites, it cuts cable power losses, protects sensitive automation control systems from harmonic disturbance, avoids power factor penalty charges, and extends the service life of transformers, motors and cables.
Working Principle and Core Technology :
- This Static Var Generator calculates the required reactive compensation current via a DSP + FPGA dual-core control unit, and drives the IGBT power bridge using high-frequency PWM modulation. This generates compensation current that counteracts the reactive current component drawn by site loads.
- The unit implements the ADALINE adaptive linear neural network algorithm for reactive power regulation. It is capable of self-learning the grid parameters automatically on-site, removing the requirement for manual parameter configuration by field technicians and drastically simplifying commissioning activities.
- The system delivers dynamic response within 5 milliseconds, suppresses harmonic distortion spanning the 2nd to 50th orders, and maintains power factor above 0.99 after compensation.
Core Merits :
- Broad capacity selection: Models ranging 10kVAR ~150kVAR are available to accommodate diverse load requirements.
- Multi-functional integrated compensation: A single cabinet handles reactive power regulation, harmonic mitigation and three-phase imbalance correction.
- Trustworthy core electronic components: TI DSP chips and premium-grade IGBT modules guarantee stable long-run operation under continuous production conditions.
- Flexible mounting options: Wall-mounted and rack-mounted installation choices adapt to varied power room layouts.
- Custom voltage options: 220V / 280V / 400V / 480V / 690V variants offered to serve global project specifications.
- Human-machine interface options: Users may select built-in or external touchscreen panels to match local operation preferences.
- Energy-efficient operation: Low self-power consumption and quiet running help to lower ongoing operational expenditure.
- Worldwide after-sales framework: Round-the-clock remote technical support, spare parts supply channels and online technical training resources.
Unit Specifications & Built-in Advantages :
The ND-SVG-60-400 Static Var Generator adopts modular cabinet construction and industrial-grade components. It is fitted with PWM variable-speed cooling fans that adjust rotation speed dynamically according to live output power. This design keeps operational noise below 55dB while limiting the unit’s active power consumption to less than 2.5%.
Powerful anti-electromagnetic interference performance supports uninterrupted long-term operation under complicated industrial grid environments. Refined internal circuit layout maximises energy savings and prolongs the total service lifespan of the equipment. Its all-in-one compensation engine carries out reactive power correction, harmonic filtering and three-phase imbalance adjustment concurrently.
Technical Parameters :
| Rated voltage: 400V | Working frequency: 50Hz + 2.5Hz | Response time: <5ms |
| Filter function: Optional | Electrical wiring: Three-phase three-wire, three-phase four-wire | System active power loss : < 2.5% |
| Number of parallel units: ≤ 10 units | Controller: DSP+FPGA | Control algorithm: Adaptive control algorithm |
| Control connection: Optical or electrical connection | Capacitor control interface: Optional | MTBF: > 100,000 hours |
| Compensation mode: Reactive power first, unbalance compensation first | ||
| Output current limit: Automatically limited to 100% of the rated capacity output | ||
| Compensation effect:Power factor of the system after compensation within the rated capacity is greater than 0.98 | ||
Application Scenarios :
- Chemical plants and fine chemical production facilities
- Process loops driven by reactors, agitators and pump assemblies
- Industrial sites with non-stop continuous production loads
- Medium-voltage and low-voltage distribution substations
- Integrated projects requiring simultaneous harmonic suppression and reactive power governance
Aftermarket Assistance :
- All units are covered by a 15-year manufacturing defect warranty.
- Our global support system provides 24/7 technical remote assistance, stable spare parts provision and complimentary online operation & maintenance training for your engineering staff.
- For large-scale chemical plant modernisation projects, optional on-site commissioning and capacity expansion planning consultation can be arranged.
- Upon purchase, customers also receive upgradable firmware packages, remote diagnostic access, plus technical guidance for integrating the SVG cabinet into your existing switchgear infrastructure.
FAQ :
Q1: For old plant renovation, the power room is too small for large compensation cabinet?
A1: Modular design, wall-mounted option available to save space in power distribution room.
Q2: On-site engineers lack commissioning experience and parameter setup is complicated?
A2: Equipped with ADALINE adaptive neural network algorithm. The unit auto-learns site parameters without manual configuration.
Q3: Worried that SVG cannot integrate with existing switchgear?
A3: We provide full technical guidance to integrate SVG with your existing switchgear.
Q4: After equipment failure, overseas spare parts procurement takes a very long time?
A4: Shanghai Nengdu supplies spare parts throughout the whole product lifecycle to guarantee fast delivery for overseas projects.
Q5: Transformers, cables and motors overheat frequently and have short service life, how to solve?
A5: Reactive power and harmonics increase line loss. SVG reduces heat and extends the lifespan of transformers, motors and cables.
Q6: Large voltage fluctuation in workshop causes frequent shutdown of precision equipment?
A6: SVG provides millisecond-level voltage stabilization, counteracts impact load quickly, stabilizes bus voltage and reduces equipment tripping.
About Shanghai Nengdu New Energy :
Headquartered in Shanghai, Shanghai Nengdu New Energy Co., Ltd. is a high-tech enterprise specialising in the development, fabrication and post-sales technical service of power quality correction devices.
We provide a complete spectrum of power quality products, covering Active Harmonic Filters (AHF), Static Var Generators (SVG), intelligent capacitors, reactive power controllers, capacitor contactors, voltage stabilisers, dynamic reactive regulators and matched energy storage systems.
Our factory features standardised production lines, dedicated electronics R&D laboratories and comprehensive performance test stations. Every product’s algorithm, software program, hardware design and cabinet structure is independently developed by our team. With this independent R&D strength, we can supply customised power equipment, complete turnkey engineering solutions and adaptable ODM cooperation.
Our whole product range meets CE, IEC, RoHS and ISO certification requirements. We build long-term partnerships with energy engineering distributors all over Southeast Asia, the Middle East, Europe, the Americas and Africa. Our core cooperative markets include India, Germany and Saudi Arabia.
Our internal engineering team provides on-site grid power quality survey and calculation, equipment selection & retrofit matching, programming and commissioning guidance, as well as continuous remote technical support throughout the product lifecycle.
Contact Person: Mrs. Alice
Tel: +86 15000033670
Fax: 86--15000033670