Comparing SAND-MADE Vs. Blade Battery! 3 Shock Specs That You NEVER HEARD Before! скачать в хорошем качестве

Comparing SAND-MADE Vs. Blade Battery! 3 Shock Specs That You NEVER HEARD Before!

Comparing SAND-MADE Vs. Blade Battery! 3 Shock Specs That You NEVER HEARD Before! === Comparing SAND-MADE Vs. Blade Battery! 3 Shock Specs That You NEVER HEARD Before! In the field of energy storage, Sand Batteries and Blade Batteries represent two distinct technologies with their own applications and advantages. Sand Batteries use sand to store thermal energy, mainly for renewable energy applications for homes and industries, with costs 3 times lower and high temperature resistance up to 600 degrees. In contrast, BYD's Blade Batteries, designed for electronic devices and electric vehicles, feature a blade design that is different from previous lithium battery designs, improving thermal performance and safety. So, how will the differences between these two types of batteries impact the future of the energy industry? Comparing SAND-MADE Vs. Blade Battery! 3 Shock Specs That You NEVER HEARD Before! Welcome to Techno Creator, please show your support by subscribing and ringing the bell so you won't miss out on any of our interesting videos in the future. Now, let’s get started with today's content! Design Sand batteries are large in size, in silo or tower form, suitable for large-scale thermal energy storage. The storage system has three main components: a sand silo, an electric air heater and an air-water heat exchanger. To load sand into the silo, the air is heated in the electric air heater. The hot air is then circulated inside the silo by a heat exchanger and fan to raise the temperature of the sand in the core of the silo to 4 times higher than the temperature of boiling water, reaching 100 degrees Celsius. Meanwhile, the Blade battery has a slim and long, compact blade-shaped design, which saves space and is suitable for applications requiring high energy density in small spaces. In contrast to sand batteries, BYD blade batteries use LFP cells as cathode materials because they are very durable, providing a much higher level of safety than conventional lithium-ion batteries. LFP naturally has excellent thermal stability and is essentially cobalt-free and uses CTP technology to optimize space and performance. This structure reduces the number of modules and increases operational efficiency. So, we have the basic information of each type of battery, both of which offer specific benefits depending on the specific needs and purposes of use. How do these two types of batteries perform? Comparing SAND-MADE Vs. Blade Battery! 3 Shock Specs That You NEVER HEARD Before! Lifespan Renewable energy storage requires a lot of factors, let's discuss the life cycle that these two types of batteries will serve us. Which type of battery has a longer life? For sand batteries, the battery system is directly connected to the heating network for buildings and areas in extreme weather and still works well. In contrast, for blade batteries, we are talking about life when it applies to an electric vehicle. === #technocreators #technocreatorschannel #teslabattery #sandbattery #bladebattery