OVES Technical Advantages and Innovation Highlights¶
Technical capability presentation document for customers, partners, and investors
๐ One-Sentence Summary¶
OVES is an innovative company focused on electric mobility and energy storage technology, with full-stack technical capabilities from battery cells to vehicles/systems. Through independent R&D, we achieve cost advantages and rapid response, providing customers with cost-effective electrification and energy solutions.
๐ฏ Core Competitiveness¶
1๏ธโฃ Vertical Integration Capability¶
Complete Industrial Chain from Cells to Vehicles
Cell Selection โ Battery Pack Design โ BMS Development โ Charging System โ Motor Control โ Vehicle Integration
โ โ โ โ โ โ
Cost Control Customized Design Intelligent Algorithm Fast Charging Efficient Drive System Optimization
Advantages: - โ Fully autonomous and controllable, not constrained by upstream supply chain - โ Rapid iteration and optimization, responding to customer needs - โ Significant cost advantages, enhancing competitiveness - โ Controllable quality, unified standards
2๏ธโฃ Innovative Technology Capability¶
๐ Single-Cell Boost Inverter Technology (UBP Series Original)¶
Technological Breakthrough: Converting a single 3.2V cell to 220V AC
vs Traditional Solution Comparison:
| Comparison Dimension | OVES Single-Cell Solution | Traditional Multi-Cell Series Solution |
|---|---|---|
| Number of Cells | 1 | 60-70 (in series) |
| System Complexity | Low | High |
| Cost | โฌ๏ธ Reduced by 40-60% | Baseline |
| Weight/Volume | โฌ๏ธ Reduced by 30-50% | Baseline |
| Maintenance Difficulty | โฌ๏ธ Simple | Complex (consistency issues) |
| Failure Rate | โฌ๏ธ Low | High |
| Reliability | โฌ๏ธ High | Medium |
Application Value: - ๐๏ธ Outdoor portable energy storage products - ๐ Small home emergency power supplies - ๐ Off-grid power supply in remote areas
โก Intelligent Temperature-Controlled Charging Technology¶
Technical Features: Dynamically adjusts charging current based on temperature and SOC
| Charging Stage | Strategy | Advantages |
|---|---|---|
| Extreme Cold (-10ยฐC ~ 5ยฐC) | Reduced to 20% charging current | Prevent lithium plating, protect battery |
| Low Temperature (5ยฐC ~ 20ยฐC) | Gradually increase to 50% current | Balance speed and safety |
| Optimal Temperature (20ยฐC ~ 45ยฐC) | 100% charging current | Fastest charging speed |
| High Temperature (45ยฐC ~ 55ยฐC) | Gradually reduce to 20% current | Prevent overheating, extend lifespan |
| Extreme High Temperature (>55ยฐC) | Stop charging | Safety protection |
Combined with SOC Intelligent Management: - 0-5%: Slow charging (protect battery) - 30-80%: Full-speed charging (golden zone) - 90-100%: Reduced-speed charging (extend lifespan)
Effects: - ๐ Battery lifespan extended by 20-30% - โก Fastest charging speed at optimal temperature - ๐ก๏ธ Safety protection across full temperature range - ๐ Cycle life >1000 times
๐ Integrated Charging and Swapping System¶
System Architecture:
Charging Mode: Home/Office โ Slow/Fast Charging โ 4 hours/1.5 hours to full
โ
Swapping Mode: Swapping Station โ 5-minute quick swap โ Immediately fully charged
โ
Intelligent Scheduling: Battery Health Management โ Charging Optimization โ Extend Battery Life
Innovation Points: - ๐ No Waiting for Charging: Fast charging fully charged in 1.5 hours - โก Swapping Even Faster: 5-minute swap = gas station experience - ๐ง Intelligent Scheduling: Unified battery management, optimized lifespan - ๐ฐ Cost Reduction: Users only need to buy the vehicle, battery rental
Application Scenarios: - ๐ Logistics Delivery: High-frequency use, swapping optimal - ๐๏ธ Taxi/Ride-hailing: Swapping improves operational efficiency - ๐๏ธ Urban Commuting: Charging + swapping dual assurance
3๏ธโฃ Full-Stack IoT Capability¶
Technology Stack:
Hardware Layer: BLE/GSM/WIFI Modules โ Multi-protocol communication support
โ
Communication Layer: Near-field/Remote/Local network โ Flexible access
โ
Platform Layer: Cloud Platform โ Data collection, storage, analysis
โ
Application Layer: Mobile APP/Web Management Backend โ Remote monitoring and control
Core Capabilities: - ๐ก Multi-protocol Support: BLE near-field + GSM remote + RS485 industrial bus - ๐ Global Coverage: A7670 GSM module supports global roaming - ๐ Precise Positioning: GPS/BeiDou dual-mode positioning - ๐ Secure and Reliable: Data encryption, device authentication - ๐ Data-Driven: Real-time monitoring, predictive maintenance
Application Value: - ๐ Fleet Management: Real-time monitoring and scheduling of 500+ vehicles - ๐ Battery Health: Early warning, reduce maintenance costs - ๐ Data Analysis: Optimize usage strategies, extend lifespan - ๐ ๏ธ Remote Diagnosis: Reduce on-site maintenance, lower costs
๐ก Unique Technical Advantages¶
vs Competitors Differentiation¶
| Dimension | OVES Advantages | Description |
|---|---|---|
| Technical Depth | Full-stack self-development (cell-BMS-charger-vehicle) | Most competitors only do assembly integration |
| Cost Control | Single-cell technology reduces costs by 40-60% | Cost advantage from innovative technology |
| Response Speed | 2-4 weeks customized development | Flexibility from vertical integration |
| IoT Capability | Self-developed communication modules + cloud platform | Complete hardware and software solutions |
| Charging/Swapping System | Charging + swapping dual modes | Solve charging anxiety |
| Full Temperature Adaptation | -10ยฐC ~ 60ยฐC full temperature operation | Intelligent temperature control algorithm |
๐ Technical Indicator Comparison¶
Battery System Performance¶
| Indicator | OVES | Industry Average | Advantage |
|---|---|---|---|
| Energy Density | 73.6V/45Ah (3.31KWh) | - | High Capacity |
| Cycle Life | >1000 cycles | 500-800 cycles | โฌ๏ธ 25-100% |
| Charging Speed | 25A fast charging, 1.5 hours | 10A, 4-6 hours | โฌ๏ธ 60%+ |
| Temperature Range | -10ยฐC ~ 60ยฐC | 0ยฐC ~ 45ยฐC | โฌ๏ธ Wider |
| Safety | Multi-layer protection, CAN bus monitoring | Basic protection | โฌ๏ธ Safer |
UBP Portable Energy Storage¶
| Indicator | UBP2 (OVES) | Market Comparable Products | Advantage |
|---|---|---|---|
| Power Density | 500W/2KWh | 300-500W/1-1.5KWh | โฌ๏ธ 33%+ |
| Cost | Single-cell solution | Multi-cell series | โฌ๏ธ 40-60% |
| Weight | ~15kg | ~20-25kg | โฌ๏ธ 30-40% |
| Reliability | Single cell, low failure rate | Multi-cell, consistency issues | โฌ๏ธ More reliable |
| Maintenance | Simple | Complex | โฌ๏ธ Easier to maintain |
๐ Customer Value Proposition¶
For Logistics Companies¶
Pain Points: High operating costs, slow charging, difficult vehicle management
OVES Solution: - ๐ฐ Operating costs reduced by 60% (fuelโelectricity) - โก 5-minute swap, improve operational efficiency by 30% - ๐ Fleet management system, real-time monitoring of all vehicles - ๐ Battery rental model, reduce initial investment
ROI: 12-18 months payback
For Outdoor Enthusiasts¶
Pain Points: No power source outdoors, insufficient power bank capacity, equipment too heavy
OVES Solution: - ๐ UBP2 (500W/2KWh) meets 2-3 days power needs - ๐ชถ Lightweight design (15kg), easy to carry - ๐ 220V output, compatible with all devices - โ๏ธ Can be equipped with solar panels, unlimited range
Value: Worry-free outdoors, comfortable experience
For Home Users¶
Pain Points: Power outages affect life, high electricity bills, traditional generators are noisy
OVES Solution: - ๐ก Emergency backup power for 6-8 hours - ๐ฐ Peak shaving, save 300-500 yuan per month - ๐ Zero noise, zero emissions - ๐ก Improve energy independence
Value: Reliable, economical, environmentally friendly
For Remote Areas¶
Pain Points: Unstable power grid, high diesel generation costs, difficult maintenance
OVES Solution: - โ๏ธ UBP + solar, completely off-grid power supply - ๐ฐ Operating costs nearly zero - ๐ Clean energy, environmental demonstration - ๐ง Simple maintenance, high reliability
Value: Stable power supply, sustainable development
๐ Market Positioning¶
Target Markets¶
E-Mobility Market โโโโโโโ
โฃโโโ Urban Commuting (B2C)
โฃโโโ Logistics Delivery (B2B)
โโโโ Swapping Network (B2B2C)
Energy Storage Market โโโโโโโโโโ
โฃโโโ Portable Energy Storage (B2C)
โฃโโโ Home Energy Storage (B2C)
โโโโ Industrial & Commercial Storage (B2B)
IoT Market โโโโโโโ
โฃโโโ Vehicle IoT (B2B)
โฃโโโ Smart Home (B2C)
โโโโ Industrial IoT (B2B)
Competitive Strategy¶
| Strategy | Implementation | Advantage |
|---|---|---|
| Technology Leadership | Continuous R&D investment, innovative technology (single-cell, intelligent temperature control) | Establish technical barriers |
| Cost Advantage | Vertical integration, scale production | Provide more competitive prices |
| Rapid Response | Flexible manufacturing, customized services | Meet diverse needs |
| Ecosystem Building | Charging/swapping network, cloud platform, service system | Increase user stickiness |
๐ Technical Achievements and Milestones¶
Technological Innovation¶
- โจ Single-Cell Boost Inverter Technology: Industry first, multiple patents obtained
- โก Intelligent Temperature-Controlled Charging Algorithm: Extend battery life by 20-30%
- ๐ Integrated Charging and Swapping System: 5-minute swapping experience
- ๐ก Full-Stack IoT Solution: Hardware + cloud platform + applications
Product Achievements¶
- ๐๏ธ ovEgo Electric Motorcycles: Multiple models covering commuting and operations markets
- ๐ UBP Series: Leading products in portable energy storage market
- ๐ก IoT Modules: Serving 500+ enterprise customers
- ๐ก Home Energy Storage Systems: Reliable energy solutions
Market Achievements¶
- ๐ Annual Growth Rate: XXX%
- ๐ Market Coverage: XX countries/regions
- ๐ฅ Serving Customers: XXX enterprises, XXX million individual users
- ๐ญ Production Capacity: Annual production of XXX units/sets
๐ฎ Technology Development Roadmap¶
Short-term (Within 1 year)¶
- ๐ Battery Technology Upgrade: Improve energy density by 10-15%
- โก Fast Charging Technology Optimization: Reduce charging time to 1 hour
- ๐ก 5G Module Development: Support 5G network
- ๐ง AI Algorithm Integration: Battery life prediction, intelligent charging optimization
Mid-term (2-3 years)¶
- ๐ Solid-State Battery R&D: Significantly improve safety and energy density
- ๐ V2G Technology: Electric vehicles supply power back to grid
- ๐ญ Smart Manufacturing: Digital factory, improve efficiency and reduce costs
- ๐ International Markets: Expand to Europe, America, Southeast Asia
Long-term (5+ years)¶
- ๐ Autonomous Driving Integration: Electric vehicles + autonomous driving
- ๐ Global Swapping Network: Establish standardized swapping system
- โป๏ธ Battery Recycling: Circular economy closed loop
- ๐ Become Industry Standard Setter
๐ Cooperation and Contact¶
Seeking Cooperation¶
We welcome the following partners:
- ๐ค Strategic Cooperation: Battery suppliers, automakers, energy companies
- ๐ผ Channel Cooperation: Distributors, agents, operators
- ๐ฌ Technical Cooperation: Research institutions, universities, technology companies
- ๐ฐ Investment Cooperation: VC, PE, industry funds
Cooperation Advantages¶
- โ Mature technology and products
- โ Complete supply chain and production capacity
- โ Experienced team
- โ Clear development roadmap
- โ Broad market prospects
๐ Why OVES?¶
Our Value in One Sentence¶
OVES uses innovative technology to reduce costs, vertical integration to improve efficiency, and full-stack capabilities to respond quickly, providing customers with cost-effective electrification and energy solutions.
Three Core Advantages¶
- Technological Innovation: Single-cell technology, intelligent temperature control, integrated charging and swapping
- Vertical Integration: Complete industrial chain from cells to vehicles
- Full-Stack Capability: Hardware + software + cloud platform + services
Commitment to Customers¶
- ๐ฐ Lower Cost: Cost advantage from innovative technology
- โก Faster Response: Customized development delivered in 2-4 weeks
- ๐ก๏ธ Higher Quality: Full-process quality control
- ๐ค Better Service: Complete after-sales service system
OVES - Innovator Leading Electrification and Energy Transformation
๐ Website: https://www.omnivoltaic.com/