Tips to Overcome Key Barriers to Electric Vehicle Adoption with EV Technology
July 6, 2023
Undoubtedly, the world of automobiles has changed tremendously after the evolution of EV technology. Though EVs made up only 3% of new vehicles in the US in the year 2020, the number is projected to reach up to 50% by the year 2030. This shows the evolving success rate of embracing the potential of EVs which offers a clearer form of transportation and are supporting their mass production and adoption.
Not only Tesla has witnessed success in building luxurious electric cars, but global governments are also increasing the usage of EVs, and the EV market can increase by up to $1103.17 billion by 2030. Let’s discover in this blog how EV Custom Software Development solutions can help the automobile industry tackle barriers to Electric Vehicle adoption.
Top Challenges with EV Adoption & Solutions to Overcome
With EV adoption, there can be some challenges such as limited charging infrastructure, financial burden, lack of customer knowledge, etc. Making use of smart Cloud-Based Software for Electric Vehicles can help overcome EV technology adoption barriers and encourage broader utilization of electric vehicles. Here is the list of the top challenges and how we can overcome them with EV technology-
1. Charging Infrastructure Challenge
As per the reports by McKinsey, the top-most hurdle faced by the EV industry in the US is EV charging infrastructure related to issues like high charger costs, slow charging speeds, lesser access to chargers, etc. For this, EV Supply Equipment is needed to regulate power from renewable energy sources or grid for EV batteries.
Providing better access to EV charging stations is the need of the hour as more people are likely to switch to electric vehicles only after getting enhanced charger access & better affordability.
Solution
The best solution is to make use of EV Charging Management Software aligned with smart technologies for authentication, tracking of charging sessions, payment processing and more. Many EV-based charging technology points are connected to software solutions via the Internet, which means most fueling stations operate on their own.
EV charging software acts as an intermediary between all the major industry stakeholders. However, the requirements of such a system may vary as per user such as EV owners, station owners, corporate users, and apartment owners with private charging stations. End users of such systems, EV owners or operators can make use of a dedicated mobile app that allows access to public and private rental charging points.
The app provides features like finding public charging stations, checking the availability of connector guns, navigating with map data with authentication before starting the charging session, and multiple payment options. If you need limited users that need access to chargers for apartment complexes and small offices, then private charging points are beneficial.
Another option is using registered charging points by corporate EV drivers for easy payment processing. EV station owners and managers can make use of their ‘charging-as-a-service’ business using web portals aligned with live dashboards to track session activity. They can also get smart notification alerts when there are issues like system failures and view reports regularly.
2. Hardware Integration Challenge
Consisting of 3 layers, each layer of the EV software architecture interacts with different hardware types and has specific purposes-
- First layer scatters data from the car to a phone.
- Second layer serves infotainment functions like GPS & air conditioning.
- Base layer manages mission-critical operations like interfacing with sensors and chips.
The challenge is to provide repair technicians with diagnostic data in real-time, which can be done by developing an OS that can incorporate hardware types from multiple vendors.
Solution
The best approach to integrate hardware components in electric vehicle (EV) software architecture is through the help of software development for electric vehicles. This will offer a wide range of hardware from multiple vendors for enhanced interoperability and compatibility as well as provide repair technicians with real-time diagnostics data.
For the effortless integration of different hardware pieces and systems inside an EV, we must build an EV-focused OS that emphasizes modularity and scalability. Additionally, it must support standardized methods of communication between the layers of the software structure and any tied-in hardware components.
Along with the swift deployment of bug fixes, security spots, and software enhancements throughout the time, we must focus on creating EV solutions that can easily implement different types of technology & bring accurate diagnostics information on demand allowing repair personnel to execute maintenance and repairs faster.
3. Security Challenge
With reports on the increase in cyberattacks on cars up to 225% from 2018 to 2021, the rise was due to the development of EVs and their complexity leading to rising vulnerability to cyber-attacks.
Solution
For the safety and security of EVs, you must incorporate Cloud-Based Software for Electric Vehicles that can manage charging stations with controls and restrictions like role-based access for additional protection against misuse. Go for an EV operating system aligned with advanced features to get superior control and updates on potential cybersecurity threats for enhanced security.
4. User Experience Challenge
Creating customized UX enable individuals to personalize their EVs as per their preferences and interactions associated with controls in their cars. This will not only scale up to meet the expectations of EV drivers but also fulfil the demands of the vehicle’s operations.
Solution
The best way is the integration of AI and ML capabilities to enhance user experience and advanced OS to meet incremental UI updates, thereby making it easier for EV drivers to accommodate different customer needs and promote any change towards EVs.
5. Performance Challenge
Another challenge worth mentioning is EV performance, which is becoming the biggest barrier that prevents its adoption. EVs have the potential to transform the transportation industry with a clean, sustainable environment as compared to traditional gasoline-based vehicles.
However, EVs work differently as they use electric motors powered by a battery, which means they need to meet the same dynamic system needs as regular cars. Technical advances in electric motor power and battery capacity are essential to address performance issues.
Solution
Getting help from software solutions that can provide robust powertrain and motor control optimization, EV battery technology with predictive maintenance and performance monitoring is essential.
Using advanced smart algorithms can help optimize the motor control parameters and enhance power delivery while accurately estimating the range associated with several driving conditions to offer immense benefits for both vehicles and drivers.
Also Read: Reinventing Banking and Financial Services with Agile Software Development
Final Takeaways
To make your EV adoption successful, you need the right EV software that can effectively overcome critical barriers often faced by the EV ecosystem such as charging infrastructure and user experience. When it comes to security issues associated with EV adoption, they can be managed by robust operating systems and technologies.
Open charging network promotes interoperability whereas effective supply and demand alignment offers better performance and availability. Being a renowned EV Charging Management Software, Clavax offers a wide range of top-notch electric vehicle software development solutions to help brands move forward in the EV industry.
Planning to unlock the power of the sustainable mobility movement by helping customers switch to electric vehicles, connect with our experts today.