+86 13332949210
info@xihobattery.com
Xiho
Jul 09 2025
Case: XIHO 51.2V 100kWh industrial battery system ensures uninterrupted operations in Western Australia
Client Name:David Mitchell
Location:Gold Coast, Queensland, Australia
Product:Xiho Modular 51.2V 100kWh Lithium Iron Phosphate Battery System (52×EVE 3.2V 314Ah Lifepo4 Prismatic Cells)
Brand:XIHO
Manufacturer: Shenzhen Xiho Energy Technology Co., Ltd.
Application Scenario:Industrial Energy Resilience
Executive Summary
David Mitchell, owner of a seafood processing plant in Albany, Western Australia, faced crippling production halts due to frequent grid instability and coastal storms. To safeguard operations, he deployed battery supplier XIHO's industrial-grade 100kWh lithium iron phosphate battery system. The solution integrated military-grade EVE cells and an AI-driven BMS, achieving 99.5% operational uptime during peak storm seasons. Mitchell praised the system's robustness: "From cyclone-proof design to plug-and-play modularity, this is the future of industrial power backup."
Customer needs and challenges
1.High-Capacity Resilience：
Required 80kW continuous output to power refrigeration units (45kW) and processing machinery (35kW) during 12+ hour grid outages.
2.Coastal Environmental Adaptation：
Albany’s saline air (annual salinity index 6.5ppm) and humidity (82% RH) demanded corrosion-resistant battery systems to prevent premature failure.
3.Rapid Deployment & Minimal Downtime：
Needed installation completed within 48 hours to avoid disrupting AUD $280k/day production schedules. Traditional solutions required specialized electricians and weeks of wiring.
4.Real-Time Fleet Management：
Required centralized monitoring for 4 battery stacks across dispersed factory zones, with automated failover protocols.
Required 80kW continuous output to power refrigeration units (45kW) and processing machinery (35kW) during 12+ hour grid outages.
2.Coastal Environmental Adaptation：
Albany’s saline air (annual salinity index 6.5ppm) and humidity (82% RH) demanded corrosion-resistant battery systems to prevent premature failure.
3.Rapid Deployment & Minimal Downtime：
Needed installation completed within 48 hours to avoid disrupting AUD $280k/day production schedules. Traditional solutions required specialized electricians and weeks of wiring.
4.Real-Time Fleet Management：
Required centralized monitoring for 4 battery stacks across dispersed factory zones, with automated failover protocols.
Solution highlights
1.Military-Grade Engineering for Extreme Environments
Anti-Corrosion Defense:
Shells used cold-rolled steel with Zn-Al-Mg coating (5× standard zinc corrosion resistance), IP68-rated seals, and salt-spray-tested connectors. Post-deployment inspection confirmed zero corrosion after 8 months in saline coastal air.
User feedback: "Previous batteries rusted in 3 months—XIHO’s engineering handles Albany’s harsh climate effortlessly."
Thermal Resilience:
Integrated liquid cooling loops maintained cells at 25–30°C during 42°C summer peaks, preventing LFP capacity fade. Patent-pending phase-change materials absorbed thermal spikes during 80kW load surges.
2. AI-Optimized BMS for Industrial Load Management
Predictive Grid Failure Response:
JK BMS analyzed local grid data, initiating pre-emptive charging during volatility warnings. Cut grid-to-backup switch time to <8ms—critical for sensitive refrigeration systems.
Dynamic Cell Balancing:
AI algorithms extended cycle life to 12,000 cycles (90% DoD) by limiting charge currents when cell delta voltage exceeded 15mV.
3. Turnkey Deployment with Digital Twin Verification
Pre-Assembled Modular Blocks:
52 cells pre-wired in shock-absorbent cassettes, reducing on-site installation time by 70%. Mitchell’s team connected 4×25kWh units via snap-in busbars in 3.5 hours.
Remote Commissioning:
XIHO’s engineers validated system safety via live thermal imaging and voltage dispersion maps, simulating hurricane-level stress tests.
4. Scalable Architecture for Future Expansion
Stackable Capacity:
16S4P configuration supported scaling to 400kWh—aligning with Mitchell’s planned solar expansion. Each 25kWh module added in <20 minutes via tool-free interlocking.
User feedback: "We scaled to 125kWh during cyclone season without halting production—game-changing flexibility."
Welcome to contact us:
WhatsApp/Wechat/Mobile: +86 13332949210
Email: info@xihobattery.com
Website: www.xihopower.com
Anti-Corrosion Defense:
Shells used cold-rolled steel with Zn-Al-Mg coating (5× standard zinc corrosion resistance), IP68-rated seals, and salt-spray-tested connectors. Post-deployment inspection confirmed zero corrosion after 8 months in saline coastal air.
User feedback: "Previous batteries rusted in 3 months—XIHO’s engineering handles Albany’s harsh climate effortlessly."
Thermal Resilience:
Integrated liquid cooling loops maintained cells at 25–30°C during 42°C summer peaks, preventing LFP capacity fade. Patent-pending phase-change materials absorbed thermal spikes during 80kW load surges.
2. AI-Optimized BMS for Industrial Load Management
Predictive Grid Failure Response:
JK BMS analyzed local grid data, initiating pre-emptive charging during volatility warnings. Cut grid-to-backup switch time to <8ms—critical for sensitive refrigeration systems.
Dynamic Cell Balancing:
AI algorithms extended cycle life to 12,000 cycles (90% DoD) by limiting charge currents when cell delta voltage exceeded 15mV.
3. Turnkey Deployment with Digital Twin Verification
Pre-Assembled Modular Blocks:
52 cells pre-wired in shock-absorbent cassettes, reducing on-site installation time by 70%. Mitchell’s team connected 4×25kWh units via snap-in busbars in 3.5 hours.
Remote Commissioning:
XIHO’s engineers validated system safety via live thermal imaging and voltage dispersion maps, simulating hurricane-level stress tests.
4. Scalable Architecture for Future Expansion
Stackable Capacity:
16S4P configuration supported scaling to 400kWh—aligning with Mitchell’s planned solar expansion. Each 25kWh module added in <20 minutes via tool-free interlocking.
User feedback: "We scaled to 125kWh during cyclone season without halting production—game-changing flexibility."
Welcome to contact us:
WhatsApp/Wechat/Mobile: +86 13332949210
Email: info@xihobattery.com
Website: www.xihopower.com
