Energy Storage Systems
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Thermistors boost the development of new energy vehicles and energy storage applications
Thermistors, as an important temperature sensing device, play a crucial role in new energy vehicles and energy storage systems. With the rapid development of new energy technology, the demand for the safety, stability, and efficient operation of battery systems is increasing. Thermistors, with their high precision and fast response characteristics, effectively monitor and control temperature changes within the system, ensuring that the battery pack operates within the optimal working range, thereby extending battery life and improving the overall reliability of the system. This article will explore the importance of thermistors in new energy vehicles and energy storage applications, as well as the product characteristics of thermistors introduced by Murata.
Using IoT technology to save the world
The Earth is facing problems such as climate change and waste pollution, casting a shadow on the sustainable development of human society. How to use technology to mitigate human damage to the Earth and gradually restore an ideal ecological environment is a common issue that requires global human effort. IoT technology will help in the efficient use of energy, reduce the generation of technological waste, and help mitigate the damage that human society brings to the natural environment. This article will elaborate on the current difficulties faced by the Earth and how IoT technology can assist humanity in reducing the damage caused to the planet, as well as the IoT solutions introduced by Nordic.
Connectors are ubiquitous in everyday lives but how much do you know about them?
In the present digital age, the general populace is ever reliant on a mix of electronic products to get by each day – products that pack a host of electronic components that connect, communicate and ‘collaborate’. From smartphones to servers, air-conditioners to automobiles, these products necessitate the use of interconnects, antennas, sensors, capacitive switches and more. But that’s not all. Manufacturers of these devices require performance requirements and specifications to be met that include reliability, user safety, usability and the list goes on. The features, functions and ‘Fitness’ of electronic interconnects used in their respective applications pivot significantly on their manufacturer’s design experience, quality and manufacturing technologies. This article discusses some characteristics and capabilities of one of Molex’s most successful and best-selling family of interconnects – the Fit Power Connector family.
Applying evolving trends in energy storage
The energy sector is undergoing transformative advancements through the integration of smart grids, distributed energy resources (DERs), and smart monitoring systems, enhancing efficiency, resilience, and optimization. Molex supports this evolution with high-power connector solutions and busbars such as PowerWize, SW1, and PowerPlane, ensuring safe and efficient current movement to drive a sustainable energy future.