Unlock Next-Level Power: Ryder's 38.4V 200Ah Lithium Solution
Engineered for Superior Performance, Reliability, and Efficiency
Ryder: Pioneering Advanced Energy Solutions Since 2005
Established in 2005, Ryder has emerged as a premier innovator in sophisticated lithium battery system integration and customized power solutions. With over two decades of dedicated research and technological advancement, we have developed a comprehensive intellectual property portfolio that encompasses the entire battery ecosystem-from pioneering system architecture design and revolutionary Battery Management System (BMS) development to precision battery pack engineering and smart manufacturing processes.
Core Technological Competencies:
Advanced System Architecture: Customized topology designs optimized for specific application scenarios and performance requirements
Intelligent BMS Platforms: Self-developed management systems featuring multi-layer protection, active balancing, and cloud connectivity
Precision Engineering: Automated production lines incorporating laser welding, robotic assembly, and AI-powered quality inspection
Integrated Manufacturing: Vertical integration capabilities covering module design, thermal management, and final pack assembly
Certified Excellence & Industry Recognition:
Our unwavering commitment to technological innovation and manufacturing excellence has earned us dual accreditation as a National High-Tech Enterprise and a "Specialized, Sophisticated, Innovative and Distinctive" SME. These prestigious certifications validate our leadership in developing safe, reliable power systems that meet the most demanding international standards.
Global Applications & Sustainable Impact:
Ryder's solutions power progress across multiple industries worldwide:
Electric Transportation: High-density battery systems for commercial EVs, specialty vehicles, and marine applications
Industrial Energy Storage: Scalable storage solutions for peak shaving, backup power, and microgrid applications
Renewable Integration: Advanced storage platforms enabling efficient solar and wind energy utilization
Critical Infrastructure: Reliable power systems for telecommunications, medical equipment, and public services
Through continuous innovation and strategic partnerships, we empower businesses and communities to transition toward cleaner, more efficient energy utilization. Our focus on sustainable engineering and circular economy principles ensures that every solution we deliver not only meets immediate performance needs but also contributes to a greener, more sustainable future.
Future-Ready Innovation:
Building on our strong foundation, we continue to invest in next-generation technologies including solid-state battery systems, AI-optimized energy management, and closed-loop recycling processes. Our vision extends beyond today's challenges to anticipate and address tomorrow's energy needs, maintaining our position at the forefront of the global energy transformation.
Engineering Your Advantage: Scale, Quality & Reliability
Ryder's Manufacturing Excellence: A Foundation of Scale, Precision, and Innovation
Ryder's capability for scalable excellence is built upon the strategic foundation of our New Energy Industrial Park in Huizhou. This 50-acre, 84,000 m² advanced manufacturing campus represents more than just a production facility-it's a fully integrated ecosystem engineered for quality, efficiency, and sustainable growth. The complex houses two state-of-the-art production plants totaling 45,000 m², complemented by an automated logistics warehouse that enables seamless material flow and just-in-time delivery capabilities.
A Synergy of Human Expertise and Technological Advancement
This manufacturing ecosystem is powered by a dedicated team of over 500 professionals, including a robust R&D cohort comprising 12% of our workforce, continuously driving innovation in battery technology and manufacturing processes. Our ISO 9001 and IATF 16949 certified laboratories and quality management systems provide the foundation for our manufacturing rigor, ensuring every product meets the highest international standards.
Engineering Excellence That Delivers Measurable Value
Uncompromising Safety & Reliability: We implement 217 individual quality checkpoints throughout the production process, from raw material inspection to final assembly. Our products undergo rigorous testing including thermal cycling, vibration analysis, and performance validation, ensuring they are built to deliver safe, reliable operation in the most demanding applications and extreme environments.
Global Standard Performance: Our manufacturing processes are aligned with and often exceed international benchmarks including UN38.3, IEC, and relevant regional safety standards. We employ Statistical Process Control (SPC) and Six Sigma methodologies to maintain exceptional quality levels, with a defect rate of less than 0.02% across our production lines, guaranteeing world-class performance for global markets.
Proven Consistency Through Integration: The seamless integration of advanced automation systems with our experienced engineering team creates a manufacturing environment where precision and repeatability are guaranteed. This powerful combination of scalable infrastructure, deep expertise, and systematic quality control ensures that every battery unit we produce-from the first to the thousandth-maintains identical performance characteristics and quality standards.
Beyond Manufacturing: A Commitment to Sustainable Value
This holistic approach to manufacturing extends beyond our factory walls, creating tangible value for our customers through extended product lifecycles, reduced total cost of ownership, and consistently superior performance. Our investment in scalable manufacturing infrastructure ensures we can meet growing global demand while maintaining the exacting standards that define the Ryder brand, making us the partner of choice for businesses that cannot compromise on quality or reliability.
Powering Your Operations: The Uninterrupted 38.4V 200Ah Solution
Meeting Extreme Energy Demands: The 38.4V 200Ah High-Performance Lithium Battery System
Designed to overcome the most demanding power challenges, our 38.4V 200Ah lithium battery represents the pinnacle of energy storage technology, combining superior endurance with uncompromising reliability. This advanced power solution integrates exceptional energy density of 7.68 kWh with robust power output capabilities, delivering consistent performance across the widest spectrum of environmental conditions and operational scenarios.
Unmatched Application Versatility:
Electric Mobility: Providing extended range and reliable power for electric commercial vehicles, specialized transport, and marine applications
Industrial Energy Storage: Enabling peak shaving, backup power, and renewable energy integration for industrial and commercial facilities
Critical Off-Grid Systems: Delivering dependable energy for remote telecommunications, agricultural automation, and infrastructure monitoring stations
Advanced Technical Superiority:
Intelligent Battery Management System: Incorporating 7-layer protection architecture with active monitoring against overcharge, over-discharge, over-current, short circuit, and thermal runaway
Precision Thermal Management: Maintaining optimal operating temperature range (-20°C to 55°C) through advanced thermal regulation technology
Extended Service Life: Engineered for 3,000+ cycles at 80% depth of discharge, ensuring long-term reliability and reduced total cost of ownership
Certified Excellence & Reliability:
Manufactured in our ISO-certified facilities and compliant with UN38.3, IEC, and relevant international safety standards, each battery undergoes rigorous testing to guarantee performance consistency and safety reliability. Our state-of-the-art production processes and quality control systems ensure every unit meets the highest standards of manufacturing excellence.
This comprehensive approach to battery engineering creates more than just a power source-it establishes a foundation of energy confidence for businesses and projects where power reliability is non-negotiable. With minimal maintenance requirements and proven durability, our battery system provides the assurance needed for mission-critical applications across global markets.
Additional Technical Specifications:
Cycle Life: >3,000 cycles at 80% DoD
Operating Temperature: -20°C to 55°C charge, -30°C to 60°C discharge
Energy Efficiency: >95% round-trip efficiency
Communication Interface: Standard CAN/RS485 with cloud monitoring capability
Design Life: 10+ years design service life
Warranty: Comprehensive 5-year product warranty
Key Specifications:
| Nominal Voltage | 38.4 V |
| Rated Capacity | 200 Ah |
| Energy | 7.68 kWh |
| Cycle Life | > 4,000 cycles (ensuring long-term value and ROI) |
| Standard / Max. Discharge Current | 20 A / 100 A |
| Standard / Max. Charge Current | 40 A / 300 A |
| Dimensions (LxWxH) | 32 x 13 x 10 inch (812.8 x 330.2 x 254 mm) |
| Weight | 159 lbs (66 ± 3 kg) |
| Protection Rating | IP67 (Dust-tight and protected against water immersion) |
The Ryder Safety Standard: A 7-Layer Defense-in-Depth Philosophy
Built for Safety, Engineered for Performance
At the core of our battery systems lies an advanced intelligent BMS, serving as the fundamental safeguard that ensures both operational safety and sustained high performance. This sophisticated system incorporates a comprehensive 7-layer protection framework that actively monitors and manages the battery's critical parameters in real-time, creating a robust defense against potential hazards while optimizing power delivery.
Our Multi-Layer Protection Delivers Tangible Value:
Over-charge/Discharge & Voltage Protection: Actively maintains optimal charge levels, significantly extending battery service life and preserving long-term capacity retention.
Over-current & Short-circuit Protection: Instantly responds to electrical abnormalities, protecting both the battery and connected equipment from damage while ensuring uninterrupted operation.
High-Temperature Management & Active Cell Balancing: Maintains ideal operating temperatures and ensures uniform charge distribution across all cells, delivering consistent performance and maximizing energy utilization efficiency.
This integrated safety philosophy represents more than just protective features-it's the foundation that enables superior performance. By preventing degradation mechanisms and maintaining optimal operating conditions, our batteries deliver enhanced cycle life, reliable power output, and ultimately, complete peace of mind for our customers across various applications.
The result is a power solution that not only meets the highest safety certifications but consistently outperforms expectations in real-world conditions, making it the intelligent choice for applications where reliability cannot be compromised.
Storage & Handling Guidelines
Optimal Long-Term Storage Specifications
To preserve the battery's health and maximize its service life during extended storage, please adhere to the following conditions:
State of Charge (SOC): Maintain the battery charge level between 20% and 40%.
Ambient Temperature: Store in a stable, cool, and dry environment with a temperature of 25°C (±5°C).
Relative Humidity: Keep the relative humidity between 60% (±15%).
Adhering to these parameters is critical for minimizing capacity degradation and ensuring the battery remains in optimal condition when returned to service.
Safe Transportation & Handling Protocol
To ensure product integrity during transit, the following conditions must be strictly observed:
Environmental Control: The battery must be protected from prolonged exposure to moisture and direct sunlight.
Temperature Limits: The ambient temperature must not exceed 65°C (149°F) at any time.
Stacking Restriction: Palletized units must not be stacked beyond 7 layers to prevent crushing or physical damage.
Adherence to these protocols is essential for maintaining battery safety and validating the product warranty.
End-of-Life Battery Disposal & Recycling
As a responsible manufacturer, Ryder is committed to the principles of sustainability and environmental stewardship throughout our product's lifecycle. The disposal of lithium-ion batteries is regulated for environmental safety. End-users bear the legal responsibility to comply with all applicable local, regional, and national regulations for the collection, recycling, and disposal of lithium-ion batteries. We recommend contacting licensed waste management providers or designated collection points for proper end-of-life handling.
Optimized for Keywords
UN38.3 Certified & Reliable
We manufacture lithium-ion batteries that undergo rigorous testing to achieve UN38.3 certification, ensuring compliance with the strictest global transportation and safety standards. Our batteries are engineered to deliver exceptional reliability in diverse environments, providing peace of mind for both critical and everyday applications. With a focus on quality and durability, we guarantee that every product meets international performance benchmarks while prioritizing safety at every stage of design and production.
Powering Diverse Applications
Our high-performance, industrial-grade lithium battery packs are built to withstand the most demanding conditions. Designed for longevity and resilience, they support a wide range of applications-from electric mobility and renewable energy storage to telecommunications and heavy machinery. By combining advanced battery technology with robust engineering, we ensure consistent power delivery, extended cycle life, and optimal performance even in extreme temperatures or high-stress operational scenarios.
Solutions Engineered for You
We specialize in developing custom lithium battery solutions tailored to your specific needs. Whether you require unique voltage configurations, specialized capacity layouts, or bespoke form factors, our technical team collaborates closely with you to design and deliver batteries that seamlessly integrate into your systems. From prototyping to mass production, we provide end-to-end support, ensuring your project achieves its goals with precision, efficiency, and innovation.
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