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EV Drivers Rate Charging More Positively, but Renters Face a Wider Gap

Electric vehicle owners are generally more positive about charging than expected, according to research commissioned by Tempcover. However, the survey found a clear difference between motorists who can charge at home and those who rely more heavily on public infrastructure.

Most EV owners describe charging as easy

Overall, 85% of electric vehicle owners surveyed said they found charging “easy”. That proportion increased to 89% among homeowners, while falling to 72% for renters.

The results suggest that access to a private charging location may have a significant effect on how convenient EV ownership feels. Homeowners are more likely to be able to charge without depending on a public station, while renters may face additional practical barriers before they can plug in.

Tempcover described the results as evidence of a divide between the two groups. The company’s research did not indicate that renters were unable to make EV ownership work, but it did show that their charging experience was less straightforward overall.

Renters rely more on public chargers

The survey found that 18% of renters use a public charging station every day. Among homeowners, the equivalent figure was 9%.

Renters also reported more frequent problems with finding an available charger. In total, 29% said they regularly faced challenges. The reasons included a charger already being occupied, cited by 34% of those reporting the issue; the cost of charging, also cited by 34%; and chargers being out of order, mentioned by 29%.

These figures highlight how the practical experience of charging can vary depending on a driver’s housing situation. A motorist with access to home charging may be able to plan around public stations, whereas a renter who cannot charge at home may need to use the public network as part of their everyday routine.

The findings do not establish how many people took part in the survey, nor do they provide a breakdown by vehicle type, location or charging network. They therefore show differences in reported experience among the respondents rather than a complete picture of every EV driver.

Regular public charging has not erased optimism

Despite the additional obstacles reported by renters, Tempcover said the people who depend most on public charging were among the most optimistic about the future of electric vehicles.

Claire Wills-McKissick, identified by Tempcover as a temporary car insurance expert, said regular use of public charging infrastructure may be strengthening confidence rather than reducing it. Her interpretation is that repeated exposure to the network can help drivers become more comfortable with the process, even when they encounter problems.

That optimism exists alongside concerns about availability, cost and reliability. The survey’s results suggest that drivers can remain positive about the long-term direction of electric mobility while still experiencing practical difficulties during day-to-day charging.

Access remains an issue for the transition

Tempcover said closing the gap between homeowners and renters will be important if the move to electric vehicles is to work for a broader range of motorists. The company’s comments point to housing circumstances as an important part of the ownership experience, alongside the vehicle itself.

For people considering an EV, the research indicates that the answer to whether charging is easy may depend partly on where the car is parked and how often public stations are needed. Home charging can coincide with a more positive reported experience, while renters may need to manage availability, pricing and equipment reliability more frequently.

Wills-McKissick also used the findings to promote temporary car insurance as a way for prospective buyers to borrow an electric vehicle from a friend or family member and try it before changing their own annual insurance policy. That suggestion is separate from the survey’s charging results, but reflects the company’s broader focus on helping drivers assess whether EV ownership suits their circumstances.

The central message from the research is therefore mixed but broadly encouraging: most surveyed EV owners found charging easy, yet the experience was noticeably less positive for renters. As more drivers consider switching to electric cars, access to convenient and dependable charging will remain a key part of that decision.

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BYD Brings Sealion 6 DM-i Plug-In Hybrid SUV to South Korea

BYD has launched the Sealion 6 DM-i, a mid-size plug-in hybrid crossover, in South Korea. The model combines an 18.3 kWh lithium iron phosphate Blade battery with BYD’s DM-i (Dual Mode Intelligence) system and is set to compete with hybrid offerings from Hyundai Motor and Kia.

Four-mode hybrid system

According to The Korea Herald, the Sealion 6 DM-i can automatically select among four operating modes based on vehicle speed, battery charge and road conditions. These are electric driving, series hybrid operation, direct engine drive and parallel hybrid operation.

The system is designed to use electric propulsion when conditions allow, while combining the engine and electric motor in other situations. The vehicle’s certified all-electric range is 70 km.

Range, consumption and charging

BYD Korea says the crossover can travel more than 1,000 km with a fully charged battery and a full fuel tank. That figure represents the vehicle’s combined driving capability rather than its electric-only range.

Official combined fuel consumption is listed at 15.2 km per liter. In electric mode, the Sealion 6 DM-i is rated at 4.2 km per kWh.

The plug-in hybrid supports 18 kW DC fast charging. BYD states that charging the battery from 30% to 80% takes approximately 30 minutes.

Dimensions and equipment

The Sealion 6 DM-i measures 4,775 mm in length, 1,890 mm in width and 1,670 mm in height. Its dimensions place it between the Hyundai Tucson and Hyundai Santa Fe in the South Korean market.

Inside, the crossover has a 15.6-inch central touchscreen with localized Kakao Map navigation. Standard equipment includes power adjustment, heating and ventilation for the front seats. The rear seats add heating and recline adjustment, while a panoramic glass roof is also available.

South Korean pricing

BYD has priced the Sealion 6 DM-i at 37.5 million won in South Korea, equivalent to about $27,250. The Hyundai Tucson Hybrid is listed in the country at between 33.18 million and 40.82 million won before tax benefits are applied.

The launch gives BYD another entry point into South Korea’s growing hybrid-vehicle market, where the company will face established domestic manufacturers and their existing electrified SUV lineups.

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Ghana Finance Ministry Adopts Eskwai AI Tool for Legal Research

Ghana’s Ministry of Finance is preparing to use Eskwai, an artificial intelligence research tool built on African legal databases, within its Legal Directorate. The move is described as the first team-wide adoption of legal AI by a Ghanaian government department.

AI deployment at the Finance Ministry

The ministry’s Legal Directorate will use Eskwai for legal research, according to the announcement. The tool is designed around African legal databases, although no further details about its software, coverage, deployment schedule or operating model were provided.

The adoption represents an institutional use of an AI system rather than an individual experiment. The announcement specifically identifies the Legal Directorate as the team that will use the platform and describes the decision as the first department-wide implementation of legal AI within Ghana’s government.

What is known about Eskwai

Eskwai is identified as an AI research tool built on African legal databases. The available information does not specify which jurisdictions or legal materials are included, how the system produces results, or whether its output is reviewed by ministry lawyers before it is used.

There are also no details about the ministry’s procurement arrangement, the number of users, the cost of the deployment or the areas of legal work where Eskwai will initially be applied. The announcement does not say whether the platform will support document analysis, case-law research, regulatory work or another specific function.

Those details will be important for assessing how the technology is used inside a government department. AI-generated legal research generally requires professional verification, but no statement about review procedures or governance arrangements was included in the announcement.

No electric-vehicle policy details announced

The development concerns legal research and does not set out rules for electric-vehicle charging stations. It contains no information about charging-station permits, technical standards, connection requirements, payment systems, locations, tariffs or responsibilities for public infrastructure.

It also does not provide an electric-vehicle strategy, battery policy, charging network targets or timelines for Ghana’s automotive market. Any conclusions about the country’s EV infrastructure or future charging regulations would therefore go beyond the details currently available.

For the EV industry, the announcement is relevant only as an example of a government department adopting an AI-based professional tool. Its direct subject is the Finance Ministry’s legal research operation, not electric mobility or charging infrastructure.

A first government-wide legal AI adoption

The central claim is that Eskwai’s deployment marks the first team-wide adoption of legal AI inside a Ghanaian government department. That description refers to the scale and institutional nature of the implementation, rather than to a broader national policy for artificial intelligence.

No statement was provided on whether other Ghanaian ministries will adopt Eskwai, whether the Finance Ministry will publish results from its use, or whether the system will influence future regulation. Further information would be needed to determine the tool’s impact on legal work and public-sector decision-making.

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How to Choose an Electric Sedan: 8 Things to Check Before You Buy

The best electric sedan is not necessarily the one with the largest battery or the fastest acceleration. It is the one that best matches your daily driving, charging access, climate and budget.

Eight questions worth asking

  1. Can you charge reliably at home or at work?
  2. How much real-world range do your normal journeys actually require?
  3. How efficient is the vehicle at the speeds you normally drive?
  4. How quickly does it charge during a typical fast-charging session?
  5. Is rear-seat and trunk space sufficient for your needs?
  6. How does the vehicle behave in your local winter or summer climate?
  7. What warranty applies to the high-voltage battery and drivetrain?
  8. What are the likely insurance, tire and depreciation costs?

A test drive should also include the basics: seating position, visibility, ride quality, noise, controls and software. An EV can be technologically impressive and still be the wrong car for a particular driver.

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Electric Sedan Ownership Costs: What Should You Budget For?

The purchase price of an electric sedan tells only part of the ownership-cost story. A useful comparison looks at the total cost of using the vehicle over several years.

Costs to include

  • Electricity: home and public charging prices can differ substantially.
  • Insurance: premiums depend on the vehicle, market and driver profile.
  • Tires: vehicle weight, performance and alignment can affect replacement intervals.
  • Maintenance: EVs remove several traditional engine-service items, but brakes, suspension, cooling systems and cabin components still require attention.
  • Depreciation: resale value can be one of the largest ownership costs.
  • Financing and taxes: incentives and registration rules vary by country and region.

The best comparison is personal: estimate annual mileage, expected charging mix and how long you plan to keep the vehicle, then compare those costs with realistic alternatives.

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Home Charging vs DC Fast Charging: What Is the Difference?

EV charging is easier to understand when it is divided into two broad categories: AC charging and DC fast charging.

AC charging

Homes, workplaces and many destination chargers provide alternating current. The vehicle’s onboard charger converts that electricity to DC before it reaches the battery. AC charging is typically well suited to overnight or long-duration parking.

DC fast charging

A DC fast charger performs much of the conversion outside the vehicle and supplies DC electricity directly to the battery system. This enables much higher charging power and can make long-distance travel significantly more practical.

Peak speed is not the whole story

A charger or vehicle may advertise an impressive peak rate, but charging power usually changes as the battery fills. For road trips, the time required to move through a useful charging window can be more meaningful than the maximum number shown in a specification table.

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EV Battery Lifespan: What Owners Should Know

Electric-vehicle batteries do not normally switch from “healthy” to “worn out” overnight. They gradually lose some usable capacity as they age and accumulate charge cycles.

What affects degradation?

Battery chemistry, thermal management, calendar age, operating temperature, charging habits and the amount of time spent at very high or very low states of charge can all influence long-term battery health.

Practical habits

  • Follow the manufacturer’s charging recommendations.
  • Use scheduled charging when it is useful for daily routines.
  • Avoid leaving the vehicle unnecessarily at an extreme state of charge for long periods.
  • Keep vehicle software updated when updates include battery or charging-management improvements.
  • Do not panic about occasional fast charging; usage patterns matter over the long term.

Battery care should be practical rather than obsessive. Modern battery-management systems perform much of the protective work automatically.

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EV Range Explained: Why the Number Changes in the Real World

An EV’s advertised range is a standardized test result, not a promise that every driver will reproduce the same number on every trip. Real-world range changes because energy consumption changes.

The biggest variables

  • Speed: aerodynamic resistance rises rapidly as speed increases.
  • Temperature: very cold or very hot conditions can increase energy demand.
  • Cabin heating and cooling: climate systems use energy that could otherwise propel the vehicle.
  • Elevation: climbing requires energy, although regenerative braking can recover part of it on descents.
  • Tires and pressure: rolling resistance affects efficiency.
  • Load and driving style: repeated hard acceleration and extra weight can increase consumption.

A better way to think about range

Rather than asking only how many miles or kilometers an EV can travel, compare battery capacity, efficiency and charging performance. For long-distance driving, a vehicle that charges quickly and consistently may be more convenient than one with a slightly larger nominal range.

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What Is an Electric Sedan? A Practical Introduction

An electric sedan combines the familiar three-box passenger-car format with a battery-electric drivetrain. Instead of an internal-combustion engine, fuel tank and conventional exhaust system, it uses a rechargeable battery pack, power electronics and one or more electric motors.

Why the sedan format works well for EVs

Sedans are typically lower and more aerodynamically efficient than taller SUVs. Aerodynamic drag becomes increasingly important at highway speeds, so a streamlined body can help an EV travel farther with the same amount of stored energy.

Key specifications to compare

  • Usable battery capacity: the energy available for driving.
  • Efficiency: how much electrical energy the car uses over a given distance.
  • Rated and real-world range: useful, but highly dependent on speed, temperature, terrain and driving style.
  • AC charging: important for home and destination charging.
  • DC fast charging: important on longer trips.
  • Charging curve: often more informative than peak charging power alone.

Who should consider one?

An electric sedan can be particularly attractive for drivers who value efficiency, quiet operation, strong low-speed response and the ability to charge at home. The right choice depends less on a headline range figure and more on how the vehicle fits a driver’s daily routes and charging access.