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- By Team Biliti Electric
These days, electric vehicle technology and automation are closely linked, and electric automobiles are one such fantastic development showcasing technology and automation closely collaborating. New features and innovations are being introduced every year as new technological domains develop and grow.
This expansion is also being fueled by increasing developments in the EV charging network, EV battery technology, cheaper EV pricing, ongoing improvements to vehicle range, and the steady stream of new EV models. We’ll go deeper into the key advancements in EV technology and electric car charging in this article and explain them briefly.
Electric vehicle innovations
The EV charging market is constantly innovating and luring new capital. While some in-progress technologies will materialize over the next several years, others are already progressively enhancing the EV charging experience. Here are a few of the top and most recent inventions that contributed to the development of electric car charging.
1. AI-Algorithms for EV Charging Management
In order to ensure a smooth charging experience, EV drivers are pressing EV charge station owners and e-mobility network companies to manage charger accessibility and consistency effectively. Up to 80% of the operational problems caused by software that prevents drivers from using EV chargers can be resolved by self-healing algorithms included in an EV charging management solution. The charging environment for EV users is optimized through real-time issue identification and automatic self-repair.
2. Innovative Battery Management
EV batteries are made up of a large number of cells that are arranged into units and combined to function as a single battery. Sophisticated battery management technology can extend the life of a battery when enough cells have degraded to the level that it can no longer be used to operate electric cars.
Several EV batteries can be “racked and stacked” to function as a single, enormous battery that may be utilized for on-site energy storage using the grid or renewable sources of power. This is made feasible by technology that integrates software, sensors, and hardware to optimize charging, account for malfunctioning cells, and interact with advanced EV charging and energy software solutions.
3. Electrified Roads
A Swedish pilot has investigated the idea of charging while driving using electrified roadways, although many developments in electric vehicle charging need parking. The Swedish company that developed the government’s eRoadArlanda project has put electric rails in the asphalt of a 1.25-mile road infrastructure close to Stockholm.
When a car passes over an electrified rail in the road, its movable arm detects its location and recharges it efficiently. It behaves similarly to trolleys but is fueled by electrical feeds from the roadway below rather than an overhead wire. When the car is passing another vehicle or approaching a stop, the charging stops.
The automobile industry has a greater opportunity to change the charging infrastructure in light of all these advancements in the EV charging arena. In order to introduce cutting-edge and effective charging solutions, businesses are always investing in new technologies.
4. Automatic Battery Heating
Several new battery technologies for electric cars have been developed recently. Of these, automatic battery heating is the most prevalent method. For the purpose of preventing power loss due to below-freezing temperatures during severe weather, scientists created a battery that could “self-heat.”
When charged at conditions below 10 degrees Celsius, lithium-ion batteries may deteriorate very fast. This can lead to “lithium plating,” which reduces cell performance and can also result in power surges and harmful battery states.
As opposed to conventional batteries, which are damaged when heated at an elevated temperature for an extended length of time, self-heating batteries can swiftly heat up and cool themselves to provide ideal charging conditions.
5. Incredibly Quick Charging
The majority of EVs have their very own charging standards, which are almost certainly distinct from those of other EVs of the same brand. However, as electric cars become more popular, the introduction of conventional chargers also has the additional advantage of rendering charging considerably faster than it was in the past.
As charging infrastructure develops, high-wattage ultra-fast chargers that can extend a vehicle’s range by tens of kilometers in only minutes are already becoming available in some nations.
Efficient EV Charging Technology
Efficient EV charging meets the energy demands of users and local grids while providing EVs with energy that is dependable, clean, green, and affordable. It is reliant on highly developed back-end software that gathers information from EVs, connected chargers, and grids.
The information is utilized to combine storage and renewable energy sources, optimize EV charging, and reduce vehicle-to-grid technology impact. Site-level energy requirements are taken into consideration for structures and fleets. In order to proactively distribute the cheapest energy when and where it is required without sacrificing either local energy demands or EV charging, sophisticated algorithms evaluate all these factors.
Battery Technology For Electric Vehicles
Without discussing EV batteries, no blog on the latest developments in EV technology would be complete. The search for new battery technology for electric cars like a lithium-ion battery substitute that is less expensive charges more quickly lasts longer, and is not dependent on rare minerals is still ongoing. Improved incremental performance is promised by new chemistries like sodium-ion. Solid-state batteries and novel form factors like blades are being investigated by innovators searching for significant advantages. That significant shift in electric vehicle technology is what the sector needs.
Wireless Electric Vehicle Charging System
The inductive charging technique used by wireless chargers for electric vehicles is similar to that used by cell phone chargers. Electricity is transferred from one electromagnet in the charger—which is concealed beneath the surface—to the second electromagnet installed on the vehicle’s underside. Simply parking the car in a spot in which the coils are positioned will start the charging process. The car could still be accessed even if it was parked several feet away from the charging point.
Frequently Asked Questions
1. Do EVs require driving licenses?
Absolutely, a driver’s license is required in order to drive any type of motor vehicle. EVs are not an exemption. Driving a car on a public road is forbidden without a valid driving license.
2. Do electric vehicles have higher insurance costs?
In general, insurance for electric automobiles is more expensive than for conventional cars. Insurance companies charge their customers’ drivers extra for coverage since electric vehicles are more expensive to purchase and maintain. However, the money you save on petrol and tax breaks can more than offset the higher cost of your coverage.
3. Can an electric vehicle be used for a driving test?
Currently, driving tests for vehicles with automatic transmissions are conducted in the same manner as testing for electric vehicles. This implies that if you complete your test by driving an electric vehicle, your license only entitles you to operate an automated vehicle.
4. To what percentage electric cars be charged—80% or 100%?
As often as you can, strive to maintain it charged between 50% and 80%, since letting it run entirely flat between charges may shorten its longevity. Your battery’s lifespan may be impacted by excessively rapid charging since the heat created by high currents might lead the battery to age faster.
5. How frequently do you need to replace the batteries in electric cars?
Automotive Reports calculates that the typical EV battery pack will last for approximately 200,000 miles, or roughly 17 years if used 12,000 miles annually.
6. What occurs to an electric car’s batteries during a high-speed crash?
One lithium-ion cell may make up a large number of electric car batteries. These cells hold a tremendous amount of energy when completely charged. After an accident, a battery that has been damaged may probably catch fire.
Due to their favorable environmental effects, cheap operating costs, and expanding model selection, electric vehicles are emerging as a more appealing low-carbon transportation choice. However, a complete move to EVs would require both considerable EV charging infrastructure growth and technology advancements. Let’s hope that in the future, conventional cars will become a thing of the past and electric cars will take over