锂离子电池技术
锂离子技术
Lithium-ion technology is evolving faster than regulatory bodies can track. Our experts provide custom and performance-based life safety for unique and new applications and uses within energy, utility, manufacturing, 运输和储存地点, 以及支持诉讼公司, 保险公司, 以及这个市场上的其他彩宝网.
基于性能的锂离子电池设计
Our assessment techniques and engineering simulations provide performance-based solutions that consider the unique threats, barriers, 以及锂离子电池危害的后果. We quantify the risk magnitude and cost-benefits of mitigation measures, 确保你的人民得到保护, 属性和产品.
锂离子危害缓解+风险评估
A comprehensive understanding of your facility’s needs, 预期的条件, and available operational support can help inform proper facility design and improve safety. Our experts support clients in establishing appropriate design requirements, 符合合规性标准, and increasing fire and life safety through ventilation, 防火等级和适当的间距.
锂离子消防系统设计
Going beyond the standard approach to fire protection means evaluating potential fire scenarios, 进行可燃性分析, 整合地方法规. We subscribe to a philosophy of cohesive detection and suppression design from concept to execution, 为彩宝网平台的客户提供可行的, practical and goal-oriented fire protection systems design.
锂离子电池防爆
Lithium-ion batteries can release large amounts of flammable gas, 这需要特别的分析和计划. Our experts are proficient in analyzing thermal runaway conditions, 评估气体成分和浓度, using computational fluid dynamics (CFD) modeling to evaluate gas releases, 并设计防爆措施, 如爆燃通风等措施.
彩宝网平台是如何保护自己的 Your World
Advancing Li-Ion BESS Safety: Limitations of UL9540A for Li-Ion BESS Hazard Analysis
Effectively mitigating fire hazards associated with Li-ion BESS requires addressing the current limitations of the UL 9540A certification program.
JOCO Bikes
Our experts ensured JOCO electric bike battery charging cabinets met high-performance criteria to protect surrounding people and property in the event of battery failures.
Addressing Safety Concerns at Energy Storage Systems using Lithium-Ion Technology
Recent fires at energy storage facilities raised lithium ion battery storage safety concerns impacting future regulation.
Performance-Based Design for Lithium-Ion Podcast Series
Join experts Jens Conzen and Mark Suski for a three-part podcast series on lithium-ion technology, risks and hazards, as well as codes and performance-based solutions with a particular focus on the needs of the automotive industry.
Also available on Spotify and Amazon Music.
见见彩宝网平台的锂离子专家
消防工程学士， Pe: de, md, ny, va National Council of Examiners for Engineering and Surveying
MBA, Data Science, 硕士，工程力学， Dipl. Ing., Produktiontechnik (Manufacturing/Industrial Engineering and Business), 专业欧洲工程师，euring， Member, NFPA 855主要技术委员会成员, Standard for the Installation of Stationary Energy Storage Systems, Member, Energy Storage Fire Prevention and Mitigation Advisory Committee, Member, Member, Member
学士，消防工程技术， 消防工程技术; 注册消防专员(CFPS); NICET，火灾报警系统-四级， NICET, Special Hazards Suppression Systems - Level IV, 主要技术委员会成员, Standard for the Protection of Information Technology Equipment, NFPA主要技术委员会成员, Standard for the Fire Protection of Telecommunications Facilities
学士，化学工程， 注册安全专业人员 Member, Member, Member,
Registered Forensic Practitioner - Fire Scene Examination, 专业评核主任-火灾现场检验; 消防协会. Level 5 Course, 法律经验培训广告. Award in Expt. Wit. Evidence, Member, Director, Member, Member
工商管理硕士 本科，电气工程， 注册火灾及爆炸调查员 认证，六西格玛黑带(VBSS) 首席审核员，ISO 13485, 14001, 9001
博士，土木工程， 土木工程硕士 土木工程学士 Member
博士，机械工程， 本科，机械工程， Member, Member, Member
