We all know that an electric car won’t work without a battery, since battery is the heart of it. Currently, these have been a huge blocks through which individual battery cells and essential technology have been placed.
Generally, each cell should be able to save an exact amount of energy tentatively. This is partly different due to production reasons and their capacities as well vary. This might be pretty hard since all battery cells are connected in series. Therefore the entire battery is only as tough as its weakest cell. When the cell happens to be empty, the rest of the battery’s cell energy will no longer work, so in that case, you have to recharge your car again.
Another deficiency is that, whenever a cell is inefficient, the vehicle will stop working. So it means that the whole energy storage device must be replaced. For this reason, manufacturers are installing cells of same capacity into a battery since various cells are sorted out due to this process, and at the same time pushes up the price of the batteries.
Furthermore, the Fraunhofer research team is now creating a better alternative which they called the “modular battery system”. Every battery cell has its very own microcontroller built-in which records any related physical parameter including the state of charge and the temperature of the battery cell. As an outcome, each cell will be able to know its condition. In addition to that, the battery cells will communicate to each other with the existing power wiring amongst battery cells. This method is known as a power line communication. The cells are also capable of communicating with some other devices like, on board computer that utilizes the information from the cells to evaluate how much energy remains in the entire battery has, the so-called state of charge.
Eliminating and reusable materials process for old devices and other technology waste must be blended for this fast escalating issue to be dealt with successfully all over national areas. A research of the present rules and regulations is revealed in the current issue of the International Journal of Environmental Engineering.
Experts of waste management at Griffith University, Queensland, reveal that various policies are being created all over the world to deal with e-waste. E-waste could result to new issues as the waste stream escalate as any immoral companies with recycling and dumping of electronic products over consumptions flaws in a specific region or any part of the world.
There are Waste Management Unions And Party revealed that few nations like Korea, Japan, and US states have embraced similar procedure. The UN through the Basel Convention on the Control of Transboundary Movements of Hazardous Wastes and their Disposal embraced the Nairobi declaration on e-wastes in 2006, however there are few countless problems to be dealt with.
Used electronic equipment which include, cell phones, computers, and TVs has turn out to be the quickest escalating waste streams all over the world. There is also proof that growing nations are escalating reluctant to embrace electronic devices that are thought outdated in the West. This is not shocking provided that complex mix of usual toxic materials from which modern electronic devices are created and the fast descent into total out of date for most devices.
Fifty millions tones of e-waste are produced all over the world every year bringing with it huge risks to human wellness and the environment. It is expected that a huge amount of computers could be deemed phase out every decade from now on and that volume may escalate as technology improves and more equipment are being produced. The unlike rules that are being applied on a state, federal, national basis relating to the management of e-waste will, to some extent, help to deal the issue all over the world.