The development of EV batteries has come a significant distance when compared to the earlier models from only a decade ago. Advancements in battery technology have led to increased energy densities and longer driving ranges, with indications of ranges tripling over the past decade. One aspect that remains a challenge is the weight of these batteries, however there are positive and exciting indications that the research and development within this field have managed to find commercially viable solutions.
As the world embraces renewable energy and electric vehicles (EVs), the demand for lithium-ion batteries continues to surge, but so does the pressure from the growing sustainability concerns of battery recycling and end-of-life processing. EV battery waste is now a global priority, with over 15 million tonnes of waste lithium-ion batteries predicted to be produced by 2030. Many of the metals and elements found within lithium-ion batteries are toxic and harmful to the environment, so the race to find recycling solutions is hotting up.
Electric vehicles (EVs) have gained significant popularity in recent years due to a range of factors, from their eco-friendly design and potential to reduce carbon emissions, to the wider momentum of EV advertising and social shift towards them. As EV technology continues to evolve, manufacturers are placing increased emphasis on safety features to ensure the well-being of both drivers and passengers. One crucial aspect of EV safety lies in the efficient management of battery temperature through cooling systems and insulation.
At Elmelin, we provide vital manufacturing support and solutions to the automotive sector, specifically EVs. The unique thermal and dielectric insulation properties of mica are the key reasons behind it being a core material within our EV battery insulation solutions. Our bespoke mica-based solutions are designed to be efficient, safe and long-lasting. Safety is critical to all of our solutions and is a major value of Elmelin, so we recognise both the importance of EV battery engine performance, but also the role safety plays in an EV. In this blog post, we explore how EV battery cooling systems and insulation play a vital role in ensuring vehicle safety. …
Electric vehicles are everywhere, from the road itself to the adverts on our televisions. There has been a significant increase in the number of electric vehicles being bought in many countries, and the sustainability of electric vehicles is becoming of more importance to buyers. In the UK, the transition from fossil fuel to electric vehicles is constantly growing, and this transition will play a major role in our journey towards net zero emissions.
Our planet has seen dramatic transformation in many areas due to numerous human activities, from deforestation and agriculture to the extraction and combustion of fossil fuels. The release of these harmful emissions into the atmosphere has led to the climate crisis we are currently facing. This has forced nations to collaborate and take desperate action to begin tackling climate change and create solutions.
It’s now easy to notice electric vehicles on our roads and they’re no longer the rare sight that they were many years ago. More electric vehicles equals less petroleum-based vehicles, and therefore implies a reduction in fossil fuels and greenhouse gas emissions. There are multiple aspects that need to be considered when assessing the sustainability of electric vehicles. Not only the day-to-day running of them, but also their construction, maintenance and eventual disposal.
There has been a significant trend in the number of electric vehicles being both manufactured and purchased on a daily basis. Many people were originally sceptical about electric vehicles for a variety of reasons; the high upfront costs and concerns over their safety and performance were common causes for people resisting the transition from petroleum-based vehicles to electric.
These apprehensions are now fading away as a result of greater environmental awareness and media coverage, as well as improved affordability and accessibility tied with owning an electric vehicle. Plug-in electric vehicles are becoming easier to charge thanks to more charging stations being installed across the UK and home charging becoming much more affordable. EV batteries also have larger capacities allowing for longer journeys between charging, as well as improved safety and greater lifespans.
For many, the benefits of owning an electric vehicle are now outweighing any disadvantages. They’re being purchased by individuals for personal use, by businesses providing them to employees as company vehicles and also for public transportation services such as Uber. While there are many key components involved in the performance and safety of an EV, the battery is at the core of their functionality and caring for them is important for ensuring they remain efficient. Here we discuss 3 key factors affecting the battery life of electric vehicles. …
The safety of electric vehicle batteries is a grand challenge of modern automotive engineering. Over the past few years we have seen a sharp increase in the number of electric vehicles on our roads. This has been for numerous reasons; better technology, cheaper running costs, increased accessibility to charging stations and increasingly at the forefront of people’s minds, cleaner emissions and reduced pollution.
Car manufacturers and consumers are recognising the importance of reducing both harmful emissions and our dependence on fossil fuels. Each day, we are reminded of climate change, ecosystem disruption and irreversible damage to the environment. There has been a shift in environmental awareness and people are beginning to switch to electric vehicles and moving away from petroleum-based vehicles.
At Elmelin, we have certain core values that we abide by and apply into our products. Sustainability is one of these values, and we’re passionate about the development of safe, reliable, and sustainable EV batteries. One of our key products is Elmelin’s Compression Pads Plus, a solution for EV batteries that improves the safety, performance and lifespan of a battery by helping to maintain suitable pressure on the battery pack whilst simultaneously providing thermal and electrical insulation.
Electric cars have intuitive battery systems that are very different from traditional combustion-based engines. These batteries can generate high volumes of electrical energy, providing the vehicle with enough power to perform at optimal levels over a long lifespan. We’ve seen a very sudden increase in the volume of electric cars on the roads, primarily due to social factors as we begin to recognise the importance of cleaner energies, reducing pollution and reaching net zero.
Lithium-ion batteries are the most common type of rechargeable battery system within electric cars. They have high power-to-weight ratios and are consistently being developed into smaller, lighter packs in order to enable better vehicle performance. Due to the intense growth and demand for electric vehicles, the battery storage technology is constantly being developed and tested with the aim of finding solutions to further improve their overall efficiency and safety.
A major component of EV batteries is their insulation, as they can reach extremely high temperatures over long periods of time. Therefore they require exceptional insulating materials and technology, so that they remain safe for passengers and long-lasting. At Elmelin, we provide support and insulation solutions for the automotive industry, namely battery electric vehicles. Our mica-based insulation products have outstanding thermal and dielectric properties, improving the long-term safety of these batteries, as well as high versatility allowing for unique specifications to be met.
Numerous factors can impact the performance and lifespan of electric vehicle batteries. These can include overcharging or high voltages, deep discharges or low voltages and temperature. While UK summer weather conditions are unpredictable at best, it is worth considering the impact of high temperatures on electric cars in summer, and how battery storage insulation can help mitigate these challenges.
Heat insulation within vehicles has seen many improvements that help to improve the safety and efficiency of automotive transport. The high temperatures that can be reached within combustion engines require strong insulating materials that can combat the heat. Similarly, modern electric vehicles also require high grade insulation, as lithium-ion batteries generate intense heat, especially in the event of a battery failure or thermal runaway.
Insulating materials and technologies have advanced over time, with new solutions being offered to reduce the high temperatures and risk of damage to the vehicle itself and harm to the passengers inside.
Ever since the early production of commercial vehicles, thermal management systems and insulation were key aspects of vehicle design. Safety has always been paramount in automotive manufacturing; if a vehicle had severe risk of temperature damage or passenger harm, it simply wouldn’t sell.
The evolution of this thermal protection, from rigid steel heat shields to innovative mica-based solutions, has resulted in consistent levels of safety with the introduction of new vehicle technologies.
The world of motor vehicles is rapidly changing, as technologies continue to advance and research of safer, more efficient alternatives progresses. The number of electric vehicles on the road is increasing at significant rates, and this trend will continue to grow as traditional petrol-based vehicles are phased out in the run up to the ban of petrol and diesel cars that starts to roll-out globally from 2030. Battery storage safety in electric vehicles is a major topic of discussion in the current climate is a major topic of discussion in the current climate; researchers are constantly discovering new ways of improving the efficiency of electric batteries. From vehicle performance to environmental implications, there are many aspects to consider when developing an electric vehicle battery (EVB).
For many years, lithium-ion batteries were the focus of manufacturers, however there has been a shift towards the use of hydrogen fuel cells to power electric vehicles instead. There are important differences between the two, with hydrogen fuel cells having a much greater weight ratio when compared to lithium-ion batteries (further details on the differences between lithium-ion batteries and hydrogen fuel cells can be found here). While electric cars help cut down on emissions, and begin to reduce our dependence on fossil fuels, it’s worth noting that there are some implications for battery storage safety in electric vehicles, specifically in relation to the battery storage itself. Here we’ll discuss the vital safety considerations of battery storage in electric vehicles.