VOLTAK Synchronization Panels: Essential for Robust Power Management
VOLTAK's Synchronization Panels are meticulously engineered to cater to commercial and industrial applications, where efficient power management is crucial. These panels play a pivotal role in harmonizing multiple electrical energy sources, such as generators, to function cohesively as a single robust power source. They are instrumental in providing substantial power output from multiple motor generators, ensuring uninterrupted power supply in critical environments.
Applications
VOLTAK's Synchronization Panels find extensive use in various sectors, including but not limited to:
Energy Networks:
For stable and consistent power distribution.
Airports:
Ensuring uninterrupted power for critical operations.
Hospitals:
Reliable power for essential medical equipment and facilities.
Industrial Facilities & Oil and Gas Plants: :
Factories requiring continuous power for operations. Continuous power for extraction and processing.
Retail and Hospitality & Petrochemical Plants and Refineries: :
Shopping malls, hotels, and commercial complexes. Power synchronization for intricate chemical processes.
Residential and Commercial Towers:
Power management in high-rise buildings.
Power Generation, Transmission, and Distribution Substations:
Consistent power for processing units.
Technical Data
Rated Insulation Voltage: 1000V, accommodating high power demands.
Main Busbars Rate: Capacity up to 12,000A, suitable for heavy-duty applications.
Ambient Temperature Tolerance: Efficient operation in environments up to 40°C.
Busbar Insulating Material: Utilizes PVC sleeved copper busbars for optimal insulation and safety.
Busbar Plating Material: Options of silver or tin plating for enhanced conductivity and durability.
Colour Customization: Standard RAL 7035 with flexibility for other colours as per customer request.
Product Standards Compliance: Adheres to IEC 61439-1, IEC 61439-2, and IP55 standards, ensuring quality and safety.
VOLTAK's Synchronization Panels are designed with precision to meet the highest standards of performance and reliability. Their versatility across a range of industries makes them an invaluable component in modern power management systems, ensuring seamless and efficient power synchronization.
