Electric vehicles are no longer a niche choice. They are rapidly becoming the default, and businesses that fail to adapt risk being left behind. Are you confident your site is ready to meet the expectations of today’s EV-driving customers and employees?
The pressure is real. Government sustainability targets are tightening, EV registrations continue to climb year on year, and customers increasingly choose destinations where they can charge while they go about their day.
Workplace EV charging is no longer a perk; it is fast becoming an expectation. In this guide, we explore why investing in electric vehicle charging solutions now makes strong commercial sense, what your options are, and how ProStar Energy can manage the entire process for you.
Benefits of EV Charging Ports for Businesses
Investing in EV charging port installations at your site delivers measurable returns across multiple areas of your business.
In fact, here is what commercial EV charging stations can do for you:
- Attract More Customers: Drivers actively seek out locations where they can charge while they shop, dine, or work, extending dwell time and increasing spend.
- Increase Property Value: EV-ready premises are more appealing to tenants, buyers, and investors looking for future-proof sites.
- Generate Additional Revenue: Charging fees create a new income stream with relatively low ongoing overheads.
- Enhance Brand Image: Visible commitment to sustainability signals innovation and responsibility to customers and partners alike.
- Improve Employee Satisfaction: Workplace charging supports staff who drive electric vehicles, contributing to retention and morale.
It is also worth noting that the Workplace Charging Scheme (WCS), a UK Government-backed voucher scheme, can help eligible businesses reduce the upfront cost of installing EV charge points. You can learn more by clicking on the guide linked above.
Types of EV Charging Ports
Choosing the right charger for your site comes down to understanding the three main options available, each suited to different commercial settings, usage patterns, and budgets.
Level 1 Chargers
Level 1 chargers operate from a standard 120V outlet, making them the most accessible entry point into EV charging infrastructure. However, their slow charging speeds make them largely impractical for most commercial environments. A full charge can take anywhere from 8 to 24 hours*, which suits overnight residential use rather than business settings where vehicles need to be ready within a few hours.
If you are exploring commercial options, Level 1 is unlikely to meet your operational requirements, but it is ideal for residential EV charging.
* = This applies to older models or Plug-in Hybrid Electric Vehicles (PHEVs). For modern, long-range Battery Electric Vehicles (BEVs), the time to recharge from empty can be as high as 40-50+ hours.
Level 2 Chargers
Level 2 EV chargers run on a 240V system and are by far the most widely adopted commercial solution across the UK. They deliver a full charge in 4 to 8 hours, making them ideal for offices, retail parks, and multi-unit residential properties where vehicles are parked for extended periods. They offer a reliable balance between charging speed, installation cost, and user convenience, and for many businesses, they represent the most practical and cost-effective starting point.
DC Fast Chargers
DC fast charging stations operate at significantly higher voltages, capable of delivering an 80% charge in as little as 20 to 30 minutes. That speed comes at a higher upfront investment, but for high-traffic commercial sites such as motorway services, fleet depots, or busy retail destinations, the faster turnaround justifies the cost. The ability to serve more vehicles in less time makes them the right choice where volume and speed are the priority.
Choosing between these options is a question of context. Consider how long vehicles typically remain on your site, the volume of users you expect, and whether customers are visiting for a quick transaction or a longer stay. After all, context is everything, and the right charger is the one that fits your specific operation rather than the most powerful one available.
The EV Charging Installation Process with ProStar Energy
When it comes to EV charger installation for businesses, having a single experienced partner manage every stage makes all the difference. ProStar Energy handles the entire process from initial assessment through to commissioning and long-term support, keeping disruption to your operations to an absolute minimum.
Step 1: Site Assessment
Every project starts with a free site survey, because understanding what businesses should consider before EV charging port installation is the foundation of getting it right. Our engineers assess your existing electrical capacity, review your parking layout, and identify the most practical placement for your chargers.
Building the design on accurate, site-specific data from the outset prevents costly amendments later and ensures your commercial EV charging stations are positioned for maximum efficiency and ease of use.
Step 2: Design and Planning
With survey findings confirmed, our team creates a tailored design that meets your current needs and accommodates future growth. Where electrical infrastructure requires upgrading, we identify the most cost-effective solution.
Load management is built in from the start to prevent peak demand charges from eating into your savings. Permitting strategy is mapped out at this stage, too, so nothing catches you off guard when approvals are sought.
Step 3: Permits and Utility Coordination
Securing local planning approvals and coordinating with utility providers is one of the more demanding aspects of EV charging port installations. Our team manages this entirely on your behalf, liaising with the relevant authorities and your network operator to keep the timeline on track. You focus on running your business; we handle the paperwork and grid connection process.
Step 4: Installation and Testing
Our qualified engineers complete the full electrical installation to BS7671 standards [1], covering everything from Level 2 EV chargers through to higher-powered units, depending on your site requirements. Every charger is rigorously tested and commissioned before handover. Nothing is signed off until the system is performing exactly as designed.
Step 5: Ongoing Support
Workplace EV charging infrastructure needs ongoing attention to deliver consistent performance, and ProStar Energy stays with you after installation. We provide routine maintenance, remote monitoring, and proactive support to keep your system running reliably. Future expansion is planned from day one, so adding capacity as demand grows is a straightforward process rather than a disruptive one.
EV Charging: A Business Decision You Cannot Afford to Delay
EV charging port installations have moved well beyond the realm of optional extras. For forward-thinking businesses, they represent a direct investment in competitiveness, sustainability performance, and long-term revenue potential. Whether you are looking at Level 2 EV chargers for a staff car park or DC fast charging stations for a high-footfall commercial site, the case for acting now is strong and only getting stronger.
ProStar Energy brings over 50 years of expertise to every workplace EV charging project, delivering electric vehicle charging solutions that are designed around your site, your users, and your goals. From first assessment to final commissioning, we handle the complexity, so you do not have to.
Take the Next Step Towards Smarter Commercial EV Charging
If you are considering workplace EV charging for your business, now is the time to get the right advice. Our team of specialist engineers is ready to assess your site, design a system around your needs, and deliver a complete solution, equipping you with the best commercial EV charging stations.
Call us on 03316 302 225 or complete our contact form to arrange a free site survey and discuss your requirements. With a full turnkey service backed by our reputable 5-star aftercare, ProStar Energy is the partner your business can rely on.
References
[1] HSE, “BS7671 standards”: https://www.hse.gov.uk/electricity/standards.htm
