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Sacred Sun High-Rate LFP Battery Rack | GridForce Systems
bolt Mission Critical Storage

Sacred Sun High-Rate LFP Battery Rack

Standard Product Solution for Data Centers & AIDC Infrastructure. High-density energy storage engineered for 4C discharge rates and seamless UPS integration.

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Why Choose Sacred Sun for Data Center Energy Storage?

Decades of engineering excellence powering the world’s most demanding AI and cloud infrastructures.

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Optimized for High-Rate UPS Discharge (4C)

Capable of sustained high-current output to meet instantaneous critical load demands.

Proven AIDC & Hyperscale Track Record

Trusted by global leaders including ByteDance, Baidu, and ChinData.

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Global UPS Brand Compatibility

Vertiv, Eaton, Delta, Statron

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50%+ Space & Weight Savings

Significant footprint reduction vs. VRLA

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Lower Total Cost of Ownership

Extended lifecycle and reduced maintenance costs.

Technical Specifications

Performance comparison for the Sacred Sun Rack Series.

Parameter Model 100K (50Ah) Model 200K (100Ah)
Nominal Power 100kW 200kW
Backup Time (Max Discharge) 15 min / 4C 15 min / 4C
Nominal Voltage 512V 512V
Capacity 50Ah 100Ah
Cycle Life (80% DOD) > 3,500 Cycles > 3,500 Cycles
Rack Dimensions (W*D*H) 600 x 1000 x 2000 mm 800 x 1100 x 2200 mm

Engineered for AIDC & Critical UPS Applications

AIDC & HPC

High-density backup for Artificial Intelligence Data Centers and high-performance computing.

Colocation Services

Scalable energy solutions for multi-tenant data center environments.

Telecom Core

Uninterrupted power for 5G core networks and central office facilities.

Edge Computing

Compact LFP racks designed for decentralized edge deployments.

Strategic Advantages for EPCs & System Integrators

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Modular Design

Hot-swappable module architecture ensures rapid deployment and simplified maintenance without system downtime.

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Smart Monitoring/BMS

Three-level BMS hierarchy providing cell-level voltage and temperature monitoring with real-time SOC/SOH reporting.

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Sustainability

Cobalt-free LiFePO4 chemistry with 100% recyclability, supporting ESG initiatives for the global energy transition.

Global Project References

Indonesia

Tier 3 Data Center (Jakarta)

  • check_circle 5.2MWh LFP Solution
  • check_circle Vertiv EXL S1 UPS Integration
  • check_circle 15-Min Backup @ 4C
Turkey

Hyperscale AIDC (Istanbul)

  • check_circle 8.4MWh High-Rate LFP
  • check_circle Eaton PowerXpert Integration
  • check_circle Smart BMS Telemetry
Thailand

National Cloud Node

  • check_circle 2.1MWh Containerized LFP
  • check_circle Delta HPH Series UPS
  • check_circle ISO Certified Installation

Ready to Modernize Your Data Center UPS?

Consult with our engineering team to design a bespoke high-rate LFP storage solution tailored for your hyperscale infrastructure.

Sacred Sun 15-minute 100kW 200kW LFP battery rack for data center UPS with 512V voltage, 4C discharge, 6000 cycles, and compact single rack design

15-Minute 100K/200K Data Center UPS Battery FAQ

This FAQ explains the core specifications, rack dimensions, LFP battery module design, cycle life, thermal safety, and application value of the Sacred Sun 15-minute 100K/200K LFP battery rack for modern data center UPS and critical power backup systems.

512V Nominal Voltage
4C High-Rate Discharge
15 Min Backup Runtime
6000+ Cycles at 80% DOD

Sacred Sun 15-Minute LFP Battery Rack Questions and Answers

Q1 Power and Discharge Specifications

What are the power and discharge specifications of the Sacred Sun 15-minute 100K/200K LFP battery rack?

The Sacred Sun 15-minute 100K/200K LFP battery rack operates at a nominal 512V and delivers a high 4C discharge rate to provide exactly 15 minutes of backup time. Available in 100kW and 200kW configurations, it is engineered as a standard high-power solution for data center UPS systems.

Q2 Compact Rack Dimensions

What are the physical dimensions of the 15-minute 100K/200K data center UPS battery rack?

The 15-minute 100K/200K data center UPS battery rack uses a standardized single-rack design. The 100kW model measures 600 × 800 × 2000 mm, while the 200kW model measures 600 × 1000 × 2000 mm. This compact footprint helps optimize valuable floor space in data centers and telecom power infrastructure.

Q3 512V Modular LFP Architecture

What battery modules are used to construct the 512V 15-minute UPS battery system?

The 512V 15-minute UPS battery system is constructed using standard 51.2V LFP battery modules. The 100kW rack uses the 51.2V50 50Ah module, while the 200kW rack uses the 51.2V100 100Ah module. These modular components are integrated into a single rack to achieve the high-voltage architecture required for high-rate discharge.

Q4 Cycle Life and TCO

What is the cycle life and total cost of ownership of the 15-minute LFP battery rack?

The 15-minute LFP battery rack uses premium LiFePO4 chemistry and delivers over 6,000 cycles at 80% Depth of Discharge (DOD). This extended lifespan reduces long-term Total Cost of Ownership (TCO) and lowers maintenance frequency compared with traditional VRLA batteries in mission-critical environments.

Q5 Thermal Safety

Is the high-rate 4C discharge of the 15-minute LFP UPS battery safe from thermal runaway?

Yes. The 15-minute LFP UPS battery is designed for safer high-rate operation because its cobalt-free LiFePO4 chemistry offers strong thermal stability. A comprehensive BMS Battery Management System provides real-time monitoring, voltage protection, temperature protection, and current protection for dense data center applications.

Q6 Standard Data Center UPS Solution

Why is the 15-minute 100K/200K rack a standard product solution for data center UPS energy storage?

The 15-minute 100K/200K rack is a standard solution because its 15-minute / 4C high-rate backup profile matches typical generator switchover time and instantaneous power demand in modern data centers. With an integrated single-rack design from 100kW to 200kW, it provides a reliable, ready-to-deploy energy storage solution for critical IT loads.

15-Minute LFP Battery Racks for Data Center Backup Resilience
15-Minute UPS Battery Rack

15-Minute UPS Battery Rack | Serviceable LFP Architecture

15-Minute LFP Battery Racks for Data Center Backup Resilience

The 15-minute UPS LFP rack page now emphasizes serviceable cabinet design, modular battery access, and longer backup windows. This better supports buyers comparing 100K/200K UPS systems, 50Ah/100Ah LiFePO4 options, and rack-level maintenance requirements.

15-Minute ClassRuntime positioning for deeper backup and resilience planning
50Ah / 100AhProduct-page capacity intent for rack battery alternatives
129.6-950.4VCluster voltage planning range for UPS DC bus matching
UL1642 / UL1973Battery safety certification references for procurement review
  • Longer runtime gives operations teams more decision time during power instability.
  • Open-rack imagery supports maintenance, inspection, and replacement workflows.
  • Certification and voltage range content strengthens product-page GEO/SEO relevance.

Longer Backup Window

The content is tuned to 15-minute resilience rather than generic UPS deployment.

Maintenance Story

The selected image shows accessible battery racks, matching the page’s rack product intent.

Procurement Detail

Certification and voltage data help technical buyers qualify the solution.

Dragon Carp SEO Knowledge Hub | Data Center UPS LFP Battery Rack | 15-Minute 100K/200K (50Ah/100Ah) LiFePO4 Energy Storage Solution

Engineering Notes for Energy Storage Buyers

Use this page as part of a larger energy storage decision path. Dragon Carp supports product matching for LiFePO4 batteries, UPS backup, residential ESS, commercial and industrial storage, and project-specific configuration.

ExperienceAuthorized-channel project coordination for Sacred Sun / FNS Power energy storage products.
ExpertiseTechnical review across voltage platform, runtime, BMS communication, installation environment and certification requirements.
TrustApplication experience across data center UPS backup, telecom power, solar storage, C&I peak shaving and home backup.
What information helps select the right battery system?

Voltage platform, required kWh/kW, backup duration, inverter or UPS model, installation environment, communication protocol and certification requirements are the most useful inputs.

Why does BMS compatibility matter?

BMS communication and protection logic determine whether the battery can operate safely with the inverter, PCS, UPS or monitoring platform.

Can Dragon Carp support international projects?

Yes. Dragon Carp coordinates authorized-channel support, documentation and product matching for global energy storage and critical power projects.