Static Voltage Stabilizer For Data Centers And It Infrastructure
Static Voltage Stabilizers for Data Centers
Secure dependable power for data centers and IT infrastructure with GRAVITY POWER SOLUTION’s static voltage stabilizers, meticulously crafted for peak performance and efficiency.
Data centers and IT infrastructure depend on a steadfast and unwavering power supply to uphold the functionality, security, and dependability of crucial systems. GRAVITY POWER SOLUTION presents cutting-edge static voltage stabilizers tailored precisely to fulfill the power needs of data centers and IT infrastructure.
The Significance of Static Voltage Stabilizers for Data Centers and IT Infrastructure
Fluctuations and disruptions in voltage can result in equipment malfunctions, data loss, and operational downtime within data centers and IT infrastructure. A static voltage stabilizer guarantees a consistent power supply, safeguarding vital systems from voltage variations and facilitating peak performance. Static Voltage Stabilizers for Data Centers
- Enhanced System Reliability: Maintaining a stable power supply mitigates the risk of equipment failures and system downtime, ensuring uninterrupted operation and bolstering overall reliability.
- Heightened Data Security: Voltage fluctuations pose a threat to data integrity and security. A static voltage stabilizer fortifies critical data by upholding a steady power supply.
- Energy Efficiency: Engineered for energy efficiency, GRAVITY POWER SOLUTION’s static voltage stabilizers curtail power losses and diminish energy consumption, a critical aspect for IT infrastructure.
- Extended Equipment Lifespan: Voltage fluctuations can induce wear and tear on delicate IT equipment, shortening its lifespan and escalating maintenance expenses. A static voltage stabilizer shields equipment from voltage disturbances, thereby extending its longevity and reducing maintenance costs.
- Advanced Protective Features: Our static voltage stabilizers are outfitted with an array of built-in protective features, including over/under voltage, short circuit, overload, and surge protection, safeguarding your valuable IT equipment and upholding a dependable power supply.
Our static voltage stabilizers cater to various data center and IT infrastructure needs, including:
- Server Rooms: Ensuring a stable power supply for servers and network equipment to guarantee dependable data storage, processing, and communication. Static Voltage Stabilizers for Data Centers
- Telecommunication Facilities: Securing consistent power for telecommunication equipment like switches, routers, and transmitters to sustain uninterrupted connectivity.
- Cloud Computing Infrastructure: Safeguarding cloud-based computing systems from voltage fluctuations to maintain continuous operation and peak performance.
- Backup Power Systems: Elevating the performance and reliability of uninterruptible power supply (UPS) systems and backup generators by furnishing stable input power. Static Voltage Stabilizers for Data Centers
- Cooling Systems: Preserving a stable power supply for cooling equipment such as air conditioning units and chillers to uphold optimal operating conditions for IT equipment.
| Description | Static Stabilizer | Servo Stabilizer |
| Input Voltage | Customized as per requirement | Customized as per requirement |
| Output Voltage | Air Cooled | Cooling |
| Rate of Correction | 4,000 v/sec. | 70 v/sec. |
| Response Time | 50 micro sec. | 10 mili sec. |
| Max Efficiency | >98% | 90-95% |
| Standard specification | Standard specification- customization is expensive | Standard specification-customization is expensive |
| Cooling Type | Air-cooled | Oil-cooled/air cooler |
| Short Time Overload | 400% for 500 msec. | 200% for 2 sec. |
| Effect of Spikes & Surges | Spikes/surges are likely to be generated or transmitted to the output. | No spikes/surges are either generated or transmitted to the output. |
| Effect of fluctuation | No voltage fluctuations are transmitted to output as response time is fast & no mechanical switching. | Fluctuations may be transmitted to O/P due to mechanical switching. |
| Maintenance | No moving part and hence no maintenance. | Considerable maintenance of servo motor & other moving parts required. |
| Insulation | Class-H insulation (works up to 175 deg.) | Insulation with lower class – cannot handle high inner temperature inside the cabinet. |
| Control Circuit | High-Frequency PWM controlled IGBT. | Low-frequency operation – Solid State sensing & feedback through a control circuit to operate electromagnetic relays for operating motors. |
| Size per watt | Small footprint & very compact. | Large Size. |
| Protections | Overload, over-voltage, under voltage, single phase out, phase reversal, phase unbalance, thermal protection, etc. | Technology constraints – some of the protections are not possible |
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