2V 200Ah VRLA Battery Bank Successfully Delivered for Critical Power Backup Infrastructure
Executive Summary
Reliable energy storage systems are essential for ensuring uninterrupted operation of critical electrical infrastructure. To support backup power requirements and improve operational reliability, Vivatek successfully supplied a 2V 200Ah VRLA Battery Bank for a critical power application.
The project was developed to provide dependable backup energy storage, support operational continuity, and strengthen infrastructure resilience against power interruptions. The installed battery solution delivers reliable performance while supporting long-term business and operational objectives.
Project Snapshot
Project Title: 2V 200Ah VRLA Battery Bank Project
Location: Surat, Gujarat
Industry: Industrial Power Infrastructure
Technology: VRLA Battery
Battery Rating: 2V – 200Ah
Application: Critical Backup Power
Project Status: Successfully Delivered
Solution Provider: Vivatek
Executive Project Overview
Modern industrial facilities, telecom networks, data centers, and infrastructure projects depend on battery systems to maintain continuity during utility power failures.
Battery banks provide the energy reserve required to support critical systems until primary power is restored or alternative backup systems become available.
The objective of this project was to provide a dependable VRLA battery solution capable of supporting mission-critical operations and ensuring long-term power availability.
About the Application
The battery bank was intended for a critical power application where reliable backup energy storage was required to support operational continuity and infrastructure protection.
The project focused on ensuring stable energy availability while minimizing risks associated with unexpected power interruptions.
Customer Requirement
The customer required:
• Reliable backup power support
• Proven battery technology
• Long operational life
• Stable electrical performance
• Low maintenance operation
• Improved infrastructure reliability
• Long-term operational value
• Dependable energy storage capability
Project Objectives
• Improve backup power availability
• Strengthen operational continuity
• Protect critical equipment
• Enhance infrastructure resilience
• Reduce downtime risks
• Increase operational confidence
• Support long-term reliability goals
Existing Challenges
The facility required dependable backup power because interruptions could affect:
• Operational continuity
• Monitoring systems
• Control systems
• Communication equipment
• UPS systems
• Infrastructure reliability
A robust battery solution was required to address these operational concerns.
Site Assessment and Technical Evaluation
A technical assessment was conducted to evaluate:
• Load characteristics
• Backup power expectations
• Capacity requirements
• Environmental conditions
• System compatibility
• Operational objectives
• Future expansion considerations
Based on the evaluation, a 2V 200Ah VRLA Battery Bank was recommended.
Why VRLA Technology Was Selected
VRLA batteries remain one of the most widely used battery technologies for backup power applications.
Key advantages include:
• Maintenance-friendly design
• Reliable performance
• Compact installation
• Stable electrical characteristics
• Proven field performance
• Cost-effective operation
• Industry-wide acceptance
These characteristics made VRLA technology a suitable choice for the project.
Recommended Solution
Vivatek supplied a high-quality VRLA Battery Bank designed to provide reliable backup power support while maintaining stable performance under operational conditions.
The solution was selected to support infrastructure reliability and improve backup power readiness.
Scope of Work
The project included:
• Requirement Analysis
• Technical Consultation
• Battery Selection
• Product Supply
• Engineering Assistance
• Documentation Support
• Quality Inspection
• Delivery Coordination
• Performance Verification
Technical Specifications
Battery Technology: VRLA
Battery Voltage: 2V
Battery Capacity: 200Ah
Application: Backup Power
Industry: Industrial Infrastructure
Functions:
• Energy Storage
• Backup Power Support
• UPS Integration
• Critical Load Protection
• Infrastructure Reliability Support
Project Execution Highlights
The project was completed through a structured engineering and supply process.
Activities included:
• Technical evaluation
• Product verification
• Quality inspection
• Documentation review
• Delivery management
• Performance assessment
This approach ensured reliable project execution and customer satisfaction.
Testing and Verification
The supplied battery system underwent verification procedures including:
• Voltage inspection
• Product quality checks
• Performance verification
• Documentation review
• Operational suitability assessment
The battery bank successfully met project requirements.
Quality Assurance and Compliance
To ensure dependable performance, the project included:
• Product inspection
• Manufacturing quality review
• Technical validation
• Documentation verification
• Final quality assessment
These measures helped ensure consistent reliability and long-term service performance.
Safety and Reliability Considerations
Battery systems supporting critical infrastructure must provide dependable operation while maintaining safety and performance standards.
The selected solution contributes to:
• Reliable backup readiness
• Stable energy storage
• Infrastructure protection
• Improved operational safety
• Long-term reliability
Customer Value Delivered
The supplied battery bank helps improve infrastructure reliability while providing dependable energy storage capability.
Benefits delivered include:
• Improved backup power availability
• Better operational confidence
• Reduced downtime risks
• Enhanced equipment protection
• Long-term operational value
Before and After Implementation
Before
• Dependence on existing backup infrastructure
• Need for improved energy storage reliability
• Increased concern regarding power interruptions
After
• Reliable battery backup support
• Improved operational readiness
• Better infrastructure resilience
• Increased confidence in backup power availability
Key Benefits Achieved
✓ Reliable Backup Power
✓ Improved Infrastructure Reliability
✓ Long Service Life
✓ Stable Electrical Performance
✓ Reduced Downtime Risk
✓ Enhanced Equipment Protection
✓ Improved Operational Continuity
✓ Maintenance-Friendly Operation
✓ Long-Term Value
Commercial Advantages
The solution provides long-term commercial benefits through:
• Improved asset protection
• Lower operational risks
• Better equipment availability
• Reduced maintenance requirements
• Improved return on investment
• Long-term lifecycle value
Operational Reliability Benefits
The installed battery bank supports continuous operation of critical systems during power disturbances.
This contributes to:
• Increased system availability
• Better operational readiness
• Reduced operational disruptions
• Improved infrastructure support
Business Continuity Benefits
Power interruptions can impact productivity, service availability, and infrastructure performance.
The battery solution helps support:
• Business continuity
• Infrastructure resilience
• Operational stability
• Reduced interruption risks
Asset Protection Benefits
Reliable battery systems help protect valuable infrastructure and critical equipment by maintaining power support during utility disturbances.
This contributes to improved equipment reliability and operational confidence.
Risk Mitigation Benefits
The installed solution helps reduce risks associated with:
• Unexpected power interruptions
• Operational downtime
• Equipment shutdowns
• Communication loss
• Control system disruptions
Applications Supported
The battery bank can support:
• UPS Systems
• Telecom Infrastructure
• Data Centers
• Security Systems
• Monitoring Equipment
• Control Panels
• Automation Systems
• Industrial Facilities
Industries Using Similar Solutions
• Telecommunications
• Manufacturing
• Data Centers
• Healthcare
• Commercial Buildings
• Utilities
• Infrastructure Projects
• Renewable Energy Systems
Engineering Insights
Proper battery selection is critical to achieving reliable backup power performance.
Factors such as capacity, technology, environmental conditions, and lifecycle expectations should be carefully evaluated during system design.
Project Success Factors
Key factors contributing to project success included:
• Accurate requirement assessment
• Proper technology selection
• Quality assurance procedures
• Engineering support
• Reliable product supply
• Customer-focused execution
Future Expansion Readiness
The selected battery solution provides flexibility for future upgrades and increased infrastructure requirements.
This helps support long-term operational growth while protecting existing investments.
Long-Term Support
To maximize battery performance and service life, recommended activities include:
• Periodic inspections
• Voltage monitoring
• Capacity assessments
• Preventive maintenance
• Performance reviews
Why Choose Vivatek
Vivatek delivers reliable power solutions for industrial and critical applications.
Our expertise includes:
• VRLA Batteries
• Nickel-Cadmium Batteries
• Battery Chargers
• Industrial UPS Systems
• Critical Power Infrastructure
• Renewable Energy Applications
Frequently Asked Questions
Why are VRLA batteries widely used?
VRLA batteries offer dependable backup power performance, low maintenance requirements, and proven reliability.
What applications are suitable for this battery bank?
UPS systems, telecom networks, industrial automation systems, monitoring systems, security systems, and critical infrastructure applications.
How can battery life be maximized?
Regular inspections, preventive maintenance, and proper operating conditions help maximize battery life and reliability.
Conclusion
The successful delivery of the 2V 200Ah VRLA Battery Bank demonstrates the importance of reliable energy storage solutions in critical power applications.
The project strengthened backup power readiness, improved infrastructure reliability, and supported long-term operational continuity.
The battery system continues to provide dependable support for critical electrical infrastructure while helping maintain operational confidence and business continuity.
Vivatek Power Solutions
📞 +91 9841698180
