HYXiPOWER HYX-E100-H3 High Voltage Battery

🏭 HYXiPOWER HYX-E100-H3 High Voltage Battery

10.4kWh Capacity | 208V Nominal Voltage | LiFePO₄ Technology | Stackable Design

The HYXiPOWER HYX-E100-H3 is a high-voltage lithium-ion battery storage system engineered for residential and commercial energy management applications. Featuring advanced LiFePO₄ chemistry, 10.4kWh nominal energy, and IP65 weatherproof construction, this wall-mountable battery integrates seamlessly with high-voltage hybrid inverter systems to maximize solar self-consumption, provide reliable backup power, and optimize energy costs through intelligent load shifting. With 6000+ cycle life and scalable parallel connectivity, the HYX-E100-H3 delivers exceptional long-term reliability for modern energy independence solutions -1.

🌟 Key Features:

• 🔋 10.4kWh Nominal Energy Capacity — Provides 9.36kWh of usable power for comprehensive daily energy shifting, robust backup storage, and maximizing solar self-consumption for larger households or small commercial applications -1.

• ⚡ High-Voltage 208V Architecture — Optimized for modern high-voltage hybrid inverters with 174.4V to 232V operating range for superior power conversion efficiency and reduced cable losses -1.

• 🛡️ LiFePO₄ Battery Chemistry — Lithium Iron Phosphate technology delivers exceptional thermal stability, zero risk of thermal runaway, and the highest safety standards available in energy storage today.

• 🔄 6000+ Deep Cycle Life — Industry-leading 6000 charge cycles at 90% depth of discharge, providing 10+ years of reliable daily service with minimal capacity degradation -1.

• 📦 IP65 Weatherproof Enclosure — Dust-tight and water-resistant design allows for versatile indoor or outdoor installation without requiring additional protective enclosures -1.

• 🧱 Scalable Parallel Connectivity — Supports multiple batteries in parallel for system expansion up to several dozen kWh, with master-slave configuration for larger energy storage requirements -1.

• 📊 Advanced BMS Integration — Sophisticated Battery Management System continuously monitors individual cell voltages, temperatures, and state of charge with comprehensive protection features and fault detection -1.

• 🔌 Multiple Communication Protocols — Supports CAN and RS485 communication via dedicated COM INV and COM Parallel ports for seamless integration with leading hybrid inverter brands -1.

• 🏠 Space-Saving Wall-Mount Design — Compact dimensions with flexible wall or floor mounting options to accommodate various installation environments and spatial constraints -1.

• 🌡️ Wide Operating Temperature Range — Discharge capability from -20°C to +55°C with charging from 0°C to +55°C ensuring reliable year-round performance across diverse climate conditions -1.

• 🔋 Modular Expandability — Start with a single HYX-E100-H3 unit and expand capacity as energy needs grow by adding parallel units without replacing existing equipment -1.

• ✅ Comprehensive Warranty Coverage — Backed by manufacturer warranty for long-term peace of mind and investment protection.

⚙️ Technical Specifications:

🧩 System Components & Interfaces:

🔧 Installation & Safety Requirements:

• 👥 Two-Person Lift Required — Unit weight requires two or more people for safe handling, transportation, and installation to prevent injury or equipment damage -1.

• 🧰 Professional Installation Only — Must be installed by qualified personnel trained in high-voltage battery systems and familiar with all applicable safety protocols and local codes -1.

• 🧤 Protective Equipment Required — Installers must wear insulated gloves, safety goggles, and protective clothing during handling, wiring, and commissioning procedures -1.

• 🧱 Structural Mounting Verification — Ensure wall or floor mounting surface can support the battery’s full weight using appropriate anchors and fixings rated for the load -1.

• ⚡ Pre-Wiring Verification — Double-check all connections before power-on; implement two-person verification where one person wires while another supervises to prevent short circuits -1.

• 🔋 Storage Requirements — If system remains unused for more than three months, charge to 100% to prevent over-discharge from self-consumption and maintain battery health -1.

• 📋 Pre-Installation Checklist — Verify all components are present including mounting brackets, cables, and communication accessories before beginning installation -1.

📊 System Status LED Indicators:

🧩 Ideal For:

• 🏠 Residential Solar Storage — Store excess solar energy for comprehensive nighttime coverage, maximizing self-consumption and reducing grid dependence for larger homes

• ⚡ Peak Shaving & Load Shifting — Charge during off-peak rate periods and discharge during peak pricing to significantly optimize electricity costs for residential or commercial users -1

• 🔌 Backup Power Protection — Provide seamless backup for critical loads during grid outages (requires compatible hybrid inverter with UPS functionality)

• 🌞 New Solar Installations — Perfect companion for new high-voltage solar+storage systems requiring 200V-class battery compatibility

• 🏢 Small Commercial Applications — Ideal for small businesses, retail spaces, and offices wanting to reduce demand charges and improve energy resilience

• 🔋 System Expansion Projects — Start with a single HYX-E100-H3 and expand capacity as energy needs grow using parallel connectivity -1

• 🌱 Off-Grid & Self-Consumption — Essential component for comprehensive off-grid systems or properties aggressively pursuing energy independence

• 🏭 Multi-Unit Installations — Deploy multiple HYX-E100-H3 units in parallel for larger capacity requirements up to several hundred kWh for larger commercial applications -1

💡 Compatibility Note: The HYX-E100-H3 is specifically designed to work with high-voltage hybrid inverters supporting 200V-class battery banks (174-232V operating range). Always verify inverter compatibility before purchase. Communication integration typically uses CAN protocol via the COM INV RJ45 port -1.

🔋 Expansion Capability: Multiple HYX-E100-H3 units can be connected in parallel to increase total system capacity. In parallel configurations, one battery acts as the master communicating with the inverter while slave units follow via daisy-chain communication through COM Parallel ports. This scalable architecture allows systems to grow from 10.4kWh to 100kWh+ as energy requirements evolve -1.

🔧 Naming Convention: The HYX-E100-H3 follows HYXiPOWER’s product naming structure: HYX (HYXiPOWER brand), E (energy storage), 100 (capacity indicator), H (high voltage), 3 (generation/design version) -1.

⚠️ Important Safety Information: This high-voltage battery system operates at potentially lethal voltages up to 232V DC. Professional installation by qualified personnel is absolutely mandatory. Never attempt to open the battery enclosure or service internal components — no user-serviceable parts are inside. Always follow local electrical codes, regulations, and all safety instructions provided in the user manual -1.