Articles
3 结构电池的行业领先应用
一个 "无质量 "的电池意味着什么，这种类型的电池可能有哪些应用？了解阿尔宾如何支持结构电池的发展。
电池是如何被回收的？
强大的材料研究将在未来创造更多可持续和可回收的电池中发挥作用。了解阿尔滨如何帮助你迎接下一个挑战。
纳米技术是如何促进电池发展的
纳米技术有可能在电池开发、研究和制造方面掀起大浪。了解Arbin的高精度电池测试设备如何支持电池研究。
为什么锂离子电池的回收仍然有限？
随着电池在日常生活中变得越来越普遍，从家用产品到能源储存，电池废料应该得到适当的处理和照顾。了解更多关于Arbin如何帮助处于电池研究前沿的客户。
天气如何影响电网？
由于绝大部分停电是由天气事件引起的，因此建立一个能够抵御天气事件并尽快恢复的系统是至关重要的。了解更多关于Arbin的设备如何支持电网存储行业的信息。
有哪些不同类型的能源储存？
每种类型的储能设备都有其优势和局限性。Arbin仪器拥有高质量的设备来测试不同类型的解决方案。
微动性是如何改变我们的移动方式的
微移动解决方案将继续重塑我们与交通的关系，并考虑其对环境的影响。Arbin致力于站在电池测试的最前沿，为电池材料的研究、测试和开发进行技术革新和改进。
清洁能源的转变
The US renewable energy industry has been growing steadily in the past two decades. From 2000 to 2018, renewable energy grew 100% and in 2020, renewable sources made up 11.4% of the country’s energy source. With the government’s new initiative for the power-sector to be decarbonized by 2035, the shift […]
电动车快速充电终于可行了吗？
The availability of fast-charging will be one of the biggest drivers for electric vehicle adoption. Current public direct current chargers can charge a vehicle up to 80% in half-an-hour to an hour — still quite a long time compared with the few minutes it takes to refuel an ICE vehicle. […]
城市空中交通的优势和挑战
While electrifying road vehicles – cars, buses, bikes – are widely talked about, one type of EV is slowly paving its way into the world: eVTOL or electric vertical takeoff and landing vehicles. Like a helicopter, eVTOLs do not require a runway to land or takeoff, making it a good […]
人工智能协助电池开发的3种关键方式
Artificial intelligence has been changing how the world works for many years now. From algorithms that optimize production, to voice activated virtual assistants on a smartphone or smart speaker, AI is able to optimize and automate processes to make them more efficient and productive. How can AI improve battery research […]
自动驾驶汽车的竞赛
Seemingly straight out of a futuristic sci-fi movie, self-driving cars may soon be a reality. Multiple big-name companies are racing to release robotaxis – self-driving cars meant to ferry passengers between destinations. Zoox, a self-driving car company acquired by Amazon earlier in 2020 unveiled its robotaxi in December after years […]
30周年--庆祝过去，展望未来
今年将是Arbin仪器公司的一个重要里程碑，因为这个电池和储能测试领域的领导者将满30岁。了解更多Arbin如何帮助您满足电池测试需求。
评估电池材料的5个标准
With researchers testing different materials for a fresh take on the battery, how should we assess whether a certain material is a viable option? Integrating materials like silicon, graphene, and even sodium into battery chemistries is currently being studied. Here are 5 factors to consider when assessing whether a certain […]
电池在物联网未来中的作用
What is the “Internet of Things”? Our world is more connected than ever with the help of the Internet of Things (IoT). IoT refers to the multitude of “things” connected to the Internet, collecting and sharing information or allowing users to perform or initiate functions without even being physically present. […]
麻省理工学院的研究。第二生命电池为电网存储带来好处
There’s big news in the battery world. A new modeling study from the Massachusetts Institute of Technology (MIT) reported that second life batteries from the electric car industry could be reusable for grid storage in solar operations. As electric vehicle (EV) adoption grows, and with states like California phasing out gasoline-powered vehicles, there […]
什么是冷充电电池？
Cold can be a threat to car batteries. Drivers in below-freezing temperatures routinely must deal with dead batteries that need a jump. However, researchers at Penn State University developed a solution to this problem. The new battery they developed has an extra material layer that enables cold charging. How the Cold-Charging Battery […]
通往轻量级电池之路
Weight is a critical factor in the development and advancement of portable and mobile battery-based technology. The gradual reduction in size and weight of the battery has allowed the adoption of mobile technology to flourish in the past few years. Take the cell phone as an example, the first portable […]
考察石墨烯电池的好处
You’ve likely heard of some common battery types, such as lithium ion, that are helping to power the future. However, there’s a new contender for most-promising battery solution – graphene. Graphene batteries leverage their namesake material, which sees carbon atoms bind together in a honeycomb lattice pattern to form an […]
为什么拥有一个电池管理系统很重要？
A battery management system allows users to monitor individual cells within a battery pack. As cells work together to release energy to the load, it is crucial to maintain stability throughout the whole pack. This is where a battery management system (BMS) comes into play. A BMS allows for constant […]