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  • Ahmed Saleh

EVs lead climate action, aiming for 61% global market share by 2040

Maximizing Electric Vehicle Range: Simple Steps Overlooked by Owners

Electric vehicles (EVs) are at the forefront of combating climate change and reducing reliance on fossil fuels in the transportation sector. The global market for electric cars has experienced rapid growth, with projections indicating that 61% of total new car sales globally by 2040 will be electric, according to Goldman Sachs Research.

Despite this remarkable growth, the electric car market faces challenges such as insufficient charging infrastructure, high prices, limited model variety, and concerns about range anxiety. Range anxiety refers to the fear of an electric vehicle's limited range before needing a recharge. This article aims to shed light on overlooked steps electric vehicle owners can take to increase or maintain their maximum electric range on a single charge.

Challenges Affecting Electric Range

Before delving into specific behaviors to enhance electric range, it's essential to understand internal and external factors influencing an electric vehicle's performance.

Internal Factors:

1. Motor Efficiency: Greater motor efficiency translates to less energy consumption, resulting in more extended driving distances.

2. Battery Capacity: Higher battery capacity allows for better charging opportunities and, consequently, a wider driving range.

3. Advanced Systems: Digital tools and systems, such as infotainment screens and HVAC systems, can consume significant energy from the battery.

External Factors:

1. Vehicle Weight: Heavier vehicles require more energy to move, negatively impacting range.

2. Traffic Conditions: Similar to traditional cars, traffic conditions can affect energy consumption and reduce the achievable range.

3. Driver Behavior: Reckless driving, excessive speed, and sudden acceleration negatively impact energy levels in the car.

Possible Solutions to Increase Electric Range

To address concerns about limited electric range, consider the following suggested solutions:

1. Software Systems:

Be aware that internal systems linked to the battery, programmed by the manufacturer, can influence charging range.

2. Smart Electric Charging:

Some electric car models offer smart charging features, contributing to storing more energy in the battery for optimal range maintenance during unexpected power drops.

3. Utilizing Aerodynamics:

Choose an electric car with a streamlined exterior design and low air resistance. Cars with aerodynamic dynamics are typically designed with lightweight materials.

In conclusion, as the demand for electric cars continues to rise, expanding their range remains a top priority for owners. Understanding internal and external factors influencing range, coupled with implementing suggested solutions, can empower electric vehicle owners to optimize their driving experience and contribute to the broader shift toward sustainable transportation.

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