Electric vehicles have become increasingly common. With more and more people and businesses moving towards electric vehicles, the usage of EV chargers has also witnessed a rampant rise. While the charging needs for commercial and personal electric vehicle chargers may differ, there are specific safety tips you need to follow despite using commercial or personal EV charging solutions.

Through this blog, we want to highlight five safety tips to follow when charging your electric vehicle. So let’s take a look at them.

Use a designated charger for home charging

There are different types of chargers for home and for public places. Commercial chargers are available at charging stations across India. While commercial chargers have their own set of safety rules, you need to take extra care when using a home charger. For starters, you must use a dedicated home charger circuit. Ensure that no other devices or appliances use the same circuit to which the home charger is connected.

Avoid using extension cords

When using EV charging solutions, never use extension cords when charging the EV, for most extension cords may heat up to the point where it spikes a fire. In fact, this information must also be present in the owner’s manual. Regardless, you must add the charger directly to the electric vehicle without using any extension cords.

Don’t run charger cables under carpets or such rugs

One of the common mistakes is to avoid running the charger under rugs. Even when you don’t connect to an extension cord, the charger still generates at least some heat. The heat will not be able to dissipate. As the heat builds up, it may ignite the carpet or rug under which it’s placed.

Reduce the risk of electric shocks

If your commercial space is installed with a DC fast charger installed in bulk, you need to maintain cable insulation, wiring and plugs. One of the most basic ways to reduce the risk of electric shocks is to regularly check all the charging components before plugging them directly into the vehicle.

Also, it helps to learn more about things to do in an emergency. While you may do all that’s in your hand to reduce the severity of the injury, electric shocks still do happen. So focus on reducing the risk of shocks and injuries as well by practising electrical safety measures like wearing rubber-soled shoes.

Inspect the charger and port to identify damage

Before charging your electric vehicle, inspect both the charger and the port for signs of damage. If you discover damage to either the charger or port, you shouldn’t use it. Attempting to charge your electric vehicle with damaged equipment may result in a fire.

Wrapping Up

Of the many, the blog focuses on five essential safety tips. Whether you have installed an EV charger at home or in a public place, follow these standard safety tips. If you want to know more about the types of EV charging solutions or anything related to EVs, feel free to reach out to us. We’re only a call away!

Collaborations and Strategic Partnerships

Uniinfo actively engages in collaborations and forms strategic partnerships with key players in the EV industry. These alliances are instrumental in driving innovation and promoting the development of comprehensive EV charging ecosystems, thereby facilitating the seamless integration of electric vehicles into our daily lives.

Propelling Growth in the EV Market

Uniinfo unwavering commitment to providing cutting-edge EV charging solutions plays a pivotal role in expanding the EV market. By enhancing the practicality and accessibility of electric vehicles, we contribute significantly to the increased adoption of eco-friendly transportation options and the resultant reduction in greenhouse gas emissions.

Continuous Innovation in EV Charging

Uniinfo dedication to advancing the EV industry knows no bounds. We continually invest in research and development, with a clear vision for future innovations that will push the frontiers of EV charging technology.

EV charging companies play a crucial role in the development of India’s EV ecosystem by addressing the lack of charging infrastructure, which is one of the major challenges to the widespread adoption of EVs in India. The following are some of the ways in which EV charging companies are impacting India’s EV ecosystem.

Increasing EV adoption: The presence of reliable and widespread charging infrastructure is crucial for increasing the adoption of EVs. EV charging companies are making it easier for EV owners to charge their vehicles by setting up charging stations in convenient locations. This, in turn, is encouraging more people to adopt EVs, which is a crucial step towards reducing India’s carbon footprint.
Encouraging the use of renewable energy: EV charging companies are increasingly using renewable energy sources, such as solar and wind, to power their charging stations. It helps to reduce the carbon footprint of EV charging and encourages the use of clean energy sources.
Boosting the economy: The growth of the EV charging industry is creating new jobs and boosting the economy. EV charging companies are hiring people for various roles, including installation, maintenance, and customer support. Moreover, the setting up of EV charging stations is generating new business opportunities for entrepreneurs.
Promoting innovation: EV charging companies are constantly innovating to make charging faster, more convenient, and more efficient. They are developing new technologies and solutions that can help to overcome the challenges associated with charging EVs. This, in turn, is driving innovation in the EV industry as a whole.

EV charging companies are playing a crucial role in the development of India’s EV ecosystem by addressing the lack of charging infrastructure, which is one of the major challenges to the widespread adoption of EVs in India. The growth of the EV charging industry is creating new jobs, boosting the economy, and encouraging the use of renewable energy sources.

Moreover, the presence of a reliable and widespread charging infrastructure is crucial for increasing the adoption of EVs, which is a crucial step towards reducing India’s carbon footprint. As the EV market continues to grow in India, we can expect to see more EV charging companies enter the market and more innovative solutions for charging EVs.

DeepEv: Electric Vehicle Web provides comprehensive coverage of the Indian electric vehicle market, including news, reviews, and analysis of electric cars, two-wheelers, and other vehicles. It also covers topics such as charging infrastructure, government policies, and industry updates related to electric mobility in India.

PluginIndia: PluginIndia is a popular platform that focuses on electric vehicles, renewable energy, and sustainable living in India. It provides information about electric cars, bikes, and scooters, as well as charging infrastructure, government policies, and industry developments.

Electric Vehicles India: Electric Vehicles India offers news, reviews, and updates on electric vehicles in the Indian market. The website covers various electric vehicle segments and provides insights into upcoming models, charging solutions, and technological advancements.

EV Duniya: EV Duniya is a blog dedicated to electric vehicles and related topics in India. It offers a mix of news, reviews, and informative articles about electric cars, bikes, and scooters. The blog also covers charging infrastructure and sustainable mobility solutions.

Electric Vehicles Care: Electric Vehicles India offers news, reviews, and updates on electric vehicles in the Indian market. The website covers various electric vehicle segments and provides insights into upcoming models, charging solutions, and technological advancements.

Electric Vehicle Talk: Electric Vehicle Talk is a platform that focuses on promoting electric mobility in India. It features news, reviews, and discussions about electric vehicles, charging infrastructure, and renewable energy sources.
Please note that the rankings may vary, and there are other notable blogs and websites in the Indian electric vehicle space. It’s always a good idea to explore multiple sources to get a comprehensive understanding of the electric vehicle landscape in India.

India’s commitment to clean air extends beyond its borders. The Gravel, Dust, and Road Openings Policy (GRAP) tackles dust pollution with stringent construction site norms and dust mitigation measures. This aligns with the government’s broader vision of environmental stewardship, showcasing its dedication to international environmental agreements. This agreement gives a true reflection of government intentions which have been leading the promotion of a clean environment and inducing social and behavioural changes in the population to adopt cleaner modes of transportation.

The air we breathe is now a battlefield where innovation and policy come together, not a luxury. Individual decisions and government actions are increasingly shifting the balance in favour of a cleaner future. Even if there are still issues with price and battery technology, there is hope because of the government’s persistent commitment to electric transportation. We can defeat the smog demons one silent EV trip at a time and enter a vibrant new world where pure air is king.

One of the key ways in which private businesses can engineer that change is by providing public charging stations. Everyone wins. Drivers get faster off-road charging speeds than Level 1 can supply, while businesses can capitalize on both tax credits and fresh revenue opportunities. To put that in context, we need to explore the cost of charging an electric car at a public charging station, and see how businesses can reduce EV charging station costs.

Discover how Indian government initiatives are accelerating electric vehicle adoption, transforming the automotive landscape with sustainable mobility solutions. The smog-choked skylines of Indian cities paint a grim picture of a nation grappling with pollution. Vehicular emissions, major contributors to this grim scene, have spurred the government into action, seeking a cleaner future through the embrace of electric vehicle (EVs). This shift isn’t a mere technological leap; it’s a strategic battle against the rising tide of pollution, and the government’s arsenal is packed with impactful initiatives.

The fight begins with stringent regulations. Bharat Stage (BS) VI emission standards, stricter than their predecessors, aim to curb harmful emissions from gasoline and diesel vehicles. However, these measures alone cannot undo the existing damage. This is where EVs enter the fray.

FAME India Scheme: The Faster Adoption and Manufacturing of (Hybrid &)

Electric Vehicles in India:  (FAME) Scheme acts as the vanguard of this eco-friendly offensive. Through demand-side incentives like purchase discounts and supply-side support for manufacturers, FAME II fuels an ecosystem conducive to EV adoption. This financial muscle is further strengthened by the Production Linked Incentive (PLI) Scheme for the Automobile Sector, attracting substantial investments in advanced EV technology and boosting domestic production.

Electricity Supply for Sustainable Development Scheme (EESL): The Electricity Supply for Sustainable Development Scheme (EESL) spearheads charging infrastructure development. By partnering with private players, EESL ensures convenient charging options across highways, cities, and even rural areas, mitigating range anxiety and encouraging wider EV adoption. State-level  Electric Vehicle  policies add localized firepower, tailoring incentives to specific needs and accelerating penetration in diverse regions.

Public Transport Takes the Lead: The battle against pollution requires mobilizing the masses. Recognizing this, the government prioritizes public transport electrification, with initiatives like the Faster Adoption and Manufacturing of Electric Buses (FAME-II) providing crucial support for state transport corporations and private operators.

State-Level EV Policies: Recognizing the need for localized initiatives, several Indian states have implemented their own EV policies, complementing and amplifying the impact of national programs. These policies often offer additional incentives for EV buyers and manufacturers, focusing on specific segments like two-wheelers or public transport fleets. This tailored approach caters to state-specific needs and accelerates EV penetration in diverse regions. Want to know whether your state has such a policy or not?

One of the key ways in which private businesses can engineer that change is by providing public charging stations. Everyone wins. Drivers get faster off-road charging speeds than Level 1 can supply, while businesses can capitalize on both tax credits and fresh revenue opportunities. To put that in context, we need to explore the cost of charging an electric car at a public charging station, and see how businesses can reduce EV charging station costs.

Common Types of Public Charging Stations

Thanks to recent market research, we already know the 6 key places where commercial drivers want to see EV charging stations. Not surprisingly, they overlap with the locations that tend to have the biggest parking lots, such as supermarkets, hospitality venues, office buildings and so on. With the right partner, such as EV Connect, businesses can offer public charging stations with minimum fuss, unlocking these opportunities in the process:

• Turn a business cost (providing free parking) into a steady revenue source

• Unlock newly available tax credits and state/local incentives

• Put your location on the recharging map that drivers search with their app

• Diversify your customer service offering

The main challenge is in bridging the gap between private business and public charging service, but gas stations show how that can be done. Today’s gas station is no longer just a row of pumps, but has typically expanded to a grocery store, coffee stop, ATM and car wash. Public charging stations allow businesses to build in the opposite direction without overstretching on capital expenditure. Start with the store, stop or service and add the following EV charging station options as a bonus feature.

Level 2 Charging

Level 2 charging stations require a dedicated 240-volt circuit, which is commonly found in residential homes, commercial buildings, and public locations. These stations provide a faster charging speed, typically adding about 25-30 miles of range per hour. The cost of Level 2 charging varies depending on electricity rates, time of day, and location.

Level 2 charging stations deliver a lucrative upgrade for any businesses or facilities where customers are leaving their car in the parking lot for an extended time. That includes residential complexes, office buildings, gyms or hotels. A Level 2 unit can recharge a battery electric vehicle (BEV) in 4-10 hours and a plug-in hybrid in 1-2 hours.

DC Fast Charging

DC fast charging (DCFC), also known as Level 3 charging, is the fastest charging option available for electric cars. These stations utilize high-powered chargers that can provide an electric vehicle with approximately 60-80 miles of range in just 20 minutes of charging time. The cost of DC fast charging is generally higher than Level 1 or Level 2 charging due to the advanced technology and faster charging speeds it offers.

There’s a huge opportunity for any business off a major highway to provide an essential service and generate round-the-clock revenue through public DCFC charging stations. Although dwell time is lower, meaning there are fewer opportunities to sell supporting services (eg. car wash, coffee), it’s a business model that can charge a premium, generate rapid customer churn, and carve out solid market share. You can even capitalize on tax credits and a low-cost energy source through  solar carport options.

Average Cost of Charging at Public Charging Stations

For the consumer, the average cost of charging an electric car at a public charging station across the United States varies depending on a number of factors. However, it’s worth noting that EV costs are far less volatile than gas prices. On average, Level 2 charging can range from $0.10 to $0.30 per kilowatt-hour (kWh), while DC fast charging can cost between $0.20 to $0.40 per kWh. These costs can differ significantly based on local electricity rates and other factors specific to each charging station.

Value Addition for Businesses

For businesses that already have charging stations in place, providing public charging can be a valuable addition. As well as attracting new customers and extending dwell time, providing public charging stations also supports the following business outcomes:

Sustainability and Brand Image

As electric mobility aligns with sustainability goals, businesses that prioritize environmental consciousness can enhance their brand image. Providing public charging stations demonstrates a commitment to reducing carbon emissions and supporting clean transportation options. This can resonate with eco-conscious customers who prioritize businesses that actively contribute to a greener future.

Partnerships and Collaborations

Installing public charging stations can open doors to partnerships and collaborations with other businesses, utility companies, or government entities. It enables businesses to participate in electric vehicle infrastructure development initiatives, potentially accessing incentives or grants to support charging station installations. Collaborations can also enhance a business’s network and create opportunities for joint marketing efforts and customer engagement.

Data Collection and Insights

Public charging stations can provide businesses with valuable data on charging patterns, usage frequency, and customer behavior. Analyzing this data can help businesses optimize their operations, tailor marketing strategies, and make informed decisions regarding future expansion or upgrades of their charging infrastructure.

Work with EV Connect

Charging an electric car at a public charging station offers an affordable and convenient solution for EV owners. Additionally, businesses that already have charging stations in place can benefit from increased foot traffic, extended dwell time, enhanced brand image, and potential collaborations. Embracing public charging infrastructure not only supports the growth of electric mobility but also positions businesses as leaders in sustainability and customer-centric offerings. By embracing this clean energy transition, we can collectively contribute to a greener and more sustainable future.

Remember, as the electric vehicle landscape continues to evolve, staying up-to-date with the latest developments and advancements in charging infrastructure will ensure you make the most of your electric driving experience.

• Electrical current comes in two forms: alternating current (AC) and direct current (DC). AC is the type of electricity that flows through power grids and into homes and businesses, including to power EV chargers. DC is the type stored in batteries. AC can be thought of as “low and slow” charging, while DC is very fast and powerful.
• The key difference between AC and DC for EV charging is the power level. AC EV chargers operate at lower power levels, usually 7-22kW, which enables slower charging. DC EV chargers can provide much faster charging, with power levels over 50kW or up to 100kW and beyond. This makes DC ideal for rapid charging stations.
• While AC dominates inside homes and businesses for slower overnight charging, and DC is best for rapid highway charging, both AC and DC chargers can be found in various locations. The power level capabilities are the primary distinguishing factor between AC and DC chargers, not necessarily just the location type. With DC’s ultra-fast charging, and AC’s slower but cheaper and more widespread infrastructure, both technologies have an important role for EV charging.