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Product Technical Specifications

⚡ OVES Technical Specifications

E-Mobility | Energy Storage | IoT Modules

Complete Technical Parameters | Selection Guide | Performance Comparison

Last Updated: 2024

Product Overview

  • E-Mobility


    Two/Three-Wheel Motorcycles

    30-100Ah Battery Capacity

  • Energy Storage


    Portable/Home Storage

    1-20KWh Optional Capacity

  • IoT


    BLE/GSM/WIFI Modules

    Smart Connectivity Solutions

  • Charging


    Slow/Fast/Swapping

    Complete Energy Solutions


📊 Product Series Overview

E-Mobility Series

Product Type Model Battery Capacity Charging Method Main Applications
Two-Wheel Electric Motorcycle E-3 Plus 73.6V/45Ah (3.31KWh) Slow/Fast Charging/Swapping Urban Commuting
Three-Wheel Electric Motorcycle - 73.6V/100Ah Slow/Fast Charging/Swapping Logistics Delivery, Passenger Transport

Battery Series

E-Mobility Battery

Cell Type Capacity Voltage Max Discharge Current Operating Temperature Application Scenarios
32140 Cylindrical 45Ah 73.6V 120A -10°C ~ 60°C High-Power Electric Vehicles
32140 Cylindrical 30Ah 73.6V 80A -10°C ~ 60°C Medium-Power Electric Vehicles
Prismatic Aluminum Shell (PH) 100Ah ~75V 100A -10°C ~ 60°C Large Capacity Applications

Charging Parameters

Charging Type Charging Current Charging Time Interface Type Features
Slow Charging 10A 4-5 hours Three-Pin Socket Standard Home Charging
Fast Charging 25A 1.5-2 hours Shared Charging Port CAN Bus Intelligent Communication

Energy Storage Series

UBP Portable Energy Storage

Model Rated Power Battery Capacity Output Voltage Weight Dimensions Main Applications
UBP1 250W 1KWh 220V AC ~10kg - Outdoor Lighting, Small Power Devices
UBP2 500W 2KWh 220V AC ~15kg - Outdoor Camping, Emergency Power Supply

Home Energy Storage System

Component Specifications Description
Battery Capacity 5KWh - 20KWh Optional Modular Design, Expandable
Inverter 3KW - 10KW Optional Pure Sine Wave Output
Operating Mode Grid-tied/Off-grid/Hybrid Flexible Configuration

IoT Module Series

Module Type Chip Platform Communication Protocol Main Functions Application Scenarios
BLE Module ST17H66 Bluetooth 5.0, RS485, UART Near-Field Communication, Device Pairing Smart Device Interconnection
GSM Module A7670 Series 2G/4G, GPS Remote Communication, Positioning Remote Monitoring & Control
WIFI Module - WiFi, TCP/IP Local Network Access Home/Office IoT

🔋 Battery Technology Detailed Specifications

Charging Strategy Parameter Table

Temperature-Charging Current Relationship (Based on FCC)

Temperature Range Charging Current Coefficient Description
-10°C ~ 5°C 0.2 × FCC Low Temperature Protection
5°C ~ 10°C 0.33 × FCC Gradual Increase
10°C ~ 20°C 0.5 × FCC Normal Charging
20°C ~ 45°C 1.0 × FCC Optimal Charging Temperature
45°C ~ 50°C 0.5 × FCC High Temperature Derating
50°C ~ 55°C 0.2 × FCC High Temperature Protection
55°C ~ 60°C 0 × FCC Stop Charging

SOC-Charging Current Relationship (Adjusted Based on Temperature Coefficient)

SOC Range Charging Current Adjustment Coefficient Description
0% ~ 5% 0.5 Battery Protection
5% ~ 15% 0.7 Gradual Increase
15% ~ 30% 0.8 Normal Charging
30% ~ 80% 1.0 Golden Charging Zone
80% ~ 90% 0.75 Extend Lifespan
90% ~ 100% 0.5 Protect Battery

Calculation Formula: Actual Charging Current = FCC × Temperature Coefficient × SOC Coefficient

Example (45Ah Battery Pack): - Ambient temperature 30°C, SOC 50%: Charging current = 45 × 1.0 × 1.0 = 45A (Limited by charger max 25A) - Ambient temperature 15°C, SOC 85%: Charging current = 45 × 0.5 × 0.75 = 16.875A

Discharge Capability Parameter Table

32140 Cylindrical 45Ah Battery Discharge Capability

SOC Range Voltage Range Max Discharge Current
60% ~ 100% >76.1V 120A
50% 76.1V 100A
40% ~ 45% 75.34V ~ 75.55V 100A
30% ~ 35% 74.55V ~ 74.83V 80A
20% ~ 25% 73.55V ~ 74.06V 60A ~ 80A
15% 73.06V 40A
10% 68.04V 20A
5% 66.5V 10A
0% 64V 5A

32140 Cylindrical 30Ah Battery Discharge Capability

SOC Range Max Discharge Current
60% ~ 100% 80A
30% ~ 50% 50A ~ 60A
15% ~ 25% 25A ~ 50A
5% ~ 10% 5A ~ 15A

Prismatic Aluminum Shell (PH) 100Ah Battery Discharge Capability

SOC Range Max Discharge Current
30% ~ 100% 100A
20% ~ 25% 80A ~ 90A
10% ~ 15% 60A ~ 70A
5% 50A
0% 0A (Protection)

Battery Life Management

Parameter Description
Cycle Counting Method Ampere-hour (Ah) Integration Method
Cycle Definition One cycle when discharge capacity reaches 90% of FCC
FCC Update Dynamically updated based on actual capacity, not fixed design capacity
DOD Optimization Control discharge depth, balance range and lifespan
Expected Lifespan >1000 cycles (depending on usage conditions)

🔌 Charging System Technical Specifications

Charger Series

Model Output Current Input Voltage Output Voltage Charging Mode Communication Protocol
Slow Charger 10A 220V AC 73.6V ~ 84V CC-CV None
Fast Charger 25A 220V AC Dynamic Adjustment CC-CV CAN Bus

Charging Interface

Interface Type Charger Type Features Protection
Three-Pin Socket (Middle Horizontal) Slow Charging Prevents AC Misconnection IP54
Shared Charging Port Fast Charging Simplified Interface IP65

🔄 Battery Swapping System Technical Specifications

Parameter Specifications Description
Swapping Time <5 minutes Quick Battery Swap
Battery Standardization Unified Interface and Dimensions Compatible with Multiple Vehicle Models
Battery Management Intelligent Scheduling System Optimize Battery Use and Charging
Station Density 3-5 km/station (Urban) Convenience Assurance

📡 IoT Technical Specifications

BLE Module Detailed Specifications

Parameter Category Specifications
Main Chip ST17H66 Bluetooth Chip
Bluetooth Version Bluetooth 5.0
Communication Interface BLE, RS485, UART
Data Storage AT25C512NTR (512Kbit)
Clock Function DS1302 Real-Time Clock
RS485 Chip MAX3485ESA
Operating Voltage 3.3V
Protection TVS Tube, Fuse (Surge and Over-Current Protection)
Application Scenarios Smart Device Pairing, Industrial Device Interconnection

GSM Module Detailed Specifications

Parameter Category Specifications
Chip Series A7670 Series
Network Standard 2G/4G LTE
Positioning Function GPS/BeiDou Dual-Mode Positioning
Data Rate LTE Cat-1: 10Mbps Downlink/5Mbps Uplink
Operating Bands Global Mainstream Band Support
Interface UART, USB, I2C
Application Scenarios Remote Monitoring, Vehicle Tracking, Data Transmission

WIFI Module Detailed Specifications

Parameter Category Specifications
Protocol WiFi 802.11 b/g/n
Band 2.4GHz
Interface UART, SPI
Application Scenarios Home/Office IoT Access

🎯 Product Selection Guide

Choose Products Based on Application Scenarios

Urban Commuting (10-30 km/day)

  • Recommended: ovEgo Two-Wheel Electric Motorcycle + 30Ah Battery
  • Alternative: 45Ah Battery (Longer Range)

Logistics Delivery (50-80 km/day)

  • Recommended: Three-Wheel Electric Motorcycle + 100Ah Battery + Swapping System
  • Advantages: Large Capacity, Quick Battery Swap

Outdoor Camping (1-3 days)

  • Recommended: UBP2 (500W/2KWh)
  • Optional: UBP1 (Lightweight Solution)

Home Emergency Backup Power

  • Recommended: Home Energy Storage System (5-10KWh)
  • Configuration: Customized Based on Household Power Consumption

Remote Area Power Supply

  • Recommended: UBP Series + Solar Panels
  • Advantages: Off-Grid Power Supply, Clean Energy

Device Remote Monitoring

  • Recommended: GSM Module (Remote Communication and Positioning Required)
  • Alternative: BLE Module (Near-Field Communication) + WIFI (Local Network)

📋 Certification and Standards

Certification Type Status Description
CE Certification - EU Market Access
National Standard Certification - China Market Standard
UN38.3 - Battery Transport Certification
ISO9001 - Quality Management System

🔄 Update Log

Date Version Update Content
2024 v1.0 Initial Version, Including Main Product Technical Specifications