Why Many Commercial Parking Lots Install EV Chargers But Few Drivers Use Them

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You've seen them. Those sleek white charging pedestals in the corner of a Target lot, lined up near the elevator in a mall garage, or sitting quietly outside a hotel lobby. Cables coiled, screens glowing, EV-only signs freshly painted on the asphalt.

And yet, almost always empty.

Not because nobody drives EVs. US EV sales crossed 1.5 million units in 2024 alone. The cars exist. So why aren't they plugging in?

The short answer: it's not one problem. It's a tangle of poor placement decisions, wrong charger types, connectivity headaches, payment friction, and some genuinely misaligned business assumptions. Let's go through each one honestly.

EV drivers value convenience just like everyone else. If pulling up to the charger feels more awkward than just parking normally, a lot of them will simply park normally, especially if their battery isn't critical.

One of the biggest reasons commercial EV chargers underperform has nothing to do with charging speed, software, or hardware reliability. In many cases, the real issue is much simpler: poor placement inside the parking lot.

When charging stations are installed, site owners often prioritize the easiest electrical installation path rather than the actual driver experience. As a result, chargers end up in locations that are technically convenient for construction, but inconvenient for daily use. Over time, this directly impacts charger utilization, customer satisfaction, and overall return on investment.

This problem is especially common in retail centers, hotels, office parks, mixed-use properties, and public parking facilities, where user convenience strongly influences charging behavior. EV drivers generally prefer charging to fit naturally into their parking routine. If reaching the charger requires extra effort, awkward maneuvering, or walking through isolated areas, many drivers simply choose a regular parking spot instead, particularly when charging is optional rather than urgent.

Low-performing charging sites often share several common layout problems. Chargers may be placed in remote corners of the parking lot, far away from entrances, storefronts, or pedestrian activity. In some cases, drivers cannot even see the charging stations when entering the property because there is little or no directional signage. Other sites suffer from poor traffic flow design, including narrow turning areas, difficult approach angles, or charger locations positioned at the end of dead-end aisles. Safety perception also plays a major role. Poor lighting and isolated parking areas can discourage nighttime charging, especially for hospitality and retail users.

What High-Utilization Sites Do Differently

By contrast, high-utilization charging sites are typically designed around driver behavior rather than installation convenience. The most successful commercial EV charging deployments place chargers where drivers already want to park. Stations located near main entrances, along natural traffic routes, or within clearly visible parking zones tend to achieve significantly stronger usage rates. Visibility matters not only for convenience, but also for awareness. Chargers that can be seen immediately upon entering the lot naturally attract more first-time users and increase spontaneous charging sessions.

Lighting and security visibility are equally important. Well-lit charging areas located near pedestrian traffic, storefronts, or security cameras help users feel more comfortable using the stations during evenings and off-peak hours. For many commercial properties, this directly influences repeat usage and customer retention.

Another common misconception is that adding more chargers automatically increases utilization. In reality, placement quality often matters more than charger quantity. Two strategically positioned charging stations can easily outperform six poorly located units hidden in underused sections of a parking facility. For retail and hospitality properties in particular, convenience and visibility frequently have a greater impact on charging frequency than the total number of installed connectors.

For commercial property owners and charging network operators, charger placement should be treated as both an infrastructure decision and a customer experience strategy. A well-positioned EV charger becomes part of the natural parking flow, encourages repeat usage, and improves the long-term profitability of the site.

One of the most overlooked mistakes in commercial EV charging deployment is choosing the wrong charging speed for the actual parking duration at the site. Many businesses select chargers based on market trends, supplier recommendations, or the assumption that “faster is always better.” In reality, charger performance depends far more on user behavior than on maximum power output.

Before selecting any charging solution, the most important question is surprisingly simple: how long do drivers typically stay parked here?

The answer directly determines what type of charging experience makes sense. Different commercial locations naturally create different charging expectations. A workplace parking lot, for example, allows vehicles to remain connected for six to ten hours or longer, making AC Level 2 charging highly effective and cost-efficient. Drivers can steadily recharge throughout the workday without needing expensive high-power infrastructure.

Retail environments operate very differently. At shopping malls, supermarkets, restaurants, and quick-service retail locations, drivers usually stay for a much shorter period, often between 20 minutes and three hours. In these situations, charging speed becomes much more important because users expect meaningful range recovery within a limited visit window. If charging feels too slow to make a noticeable difference, many customers simply ignore the charger altogether.

Hospitality locations such as hotels and resorts benefit from another charging pattern entirely. Overnight parking creates ideal conditions for AC charging, allowing guests to fully recharge while sleeping without placing unnecessary demand on the electrical infrastructure. By contrast, highway rest stops and transit corridors operate under a high-urgency charging model. Drivers stopping for only 15 to 40 minutes are typically focused on continuing their journey quickly, which makes high-power DC fast charging essential.

Fleet depots introduce yet another operational scenario. Commercial fleets often charge vehicles during scheduled parking windows, where smart energy management, load balancing, and charging optimization become more valuable than simply maximizing charging speed. In these cases, the best solution is often a carefully managed mix of AC and DC charging infrastructure rather than a one-size-fits-all deployment.

Here's how different location types map to charging needs:

Many underperforming charging sites suffer because charger speed and dwell time are completely misaligned. Slow AC chargers installed in short-stay retail parking lots often deliver too little energy to justify the effort of plugging in. A customer spending 30 minutes inside a grocery store may gain only a few miles of driving range, which provides little real-world value for most EV drivers. On the other hand, installing expensive DC fast chargers at low-utilization office buildings can create unnecessary infrastructure costs, higher utility demand charges, and poor return on investment due to limited daily throughput.

This mismatch is one of the most common reasons commercial charging stations fail to achieve expected utilization rates. Businesses often assume that installing higher-powered chargers automatically improves the customer experience, but excessive charging power in the wrong environment can become financially inefficient just as easily as insufficient charging speed can reduce user adoption.

Successful EV charging deployments are designed around parking behavior, not hardware specifications alone. Long parking durations naturally support slower, more affordable charging strategies, while short parking durations require higher charging speeds to create meaningful user value. Matching charger power to real-world dwell time is one of the most important factors in building a profitable, high-utilization commercial charging site.

Among all the operational challenges in commercial EV charging, network connectivity is often one of the most underestimated, yet it has one of the biggest impacts on user experience and long-term station utilization. This issue becomes especially serious in underground parking garages, large concrete structures, mixed-use developments, and other environments where wireless communication is naturally unstable.

Many commercial charging deployments still assume that standard 4G coverage or existing Wi-Fi infrastructure will be “good enough” to support charger operations. In reality, underground parking facilities frequently suffer from weak cellular reception, signal interference, unstable Wi-Fi coverage, or complete communication dead zones. When chargers rely heavily on continuous cloud connectivity for core functions, even small network interruptions can immediately affect the charging experience.

For EV drivers, these failures are extremely frustrating because they are often invisible at first glance. The charger screen may appear normal, indicator lights may still be active, and the station itself may look operational. But once the user attempts to authenticate, process payment, or start a charging session, the system fails to respond. From the driver's perspective, the charger simply “doesn’t work.”

This kind of experience damages trust very quickly.

Unlike traditional fuel stations, EV charging already requires users to spend more time on-site and interact with software, apps, payment systems, and network-based services. Because of this, reliability becomes a critical part of the customer experience. A single failed charging attempt can easily discourage users from returning to the same location, especially when alternative charging options are available nearby.

The impact is not theoretical. According to the 2023 J.D. Power U.S. Electric Vehicle Experience Public Charging Study, 21% of EV drivers reported experiencing a failed public charging attempt within the previous 30 days. That means roughly one in five users encountered a charging session that could not be completed successfully. In many cases, unstable connectivity is one of the major contributing factors.

For charging network operators and commercial property owners, the consequences extend far beyond one failed session. Users who repeatedly encounter offline chargers often leave negative reviews, avoid the location entirely, or share poor experiences with other EV drivers through online communities and local recommendations. Over time, this can directly reduce charger utilization and weaken the reputation of the entire site.

What makes connectivity particularly challenging for commercial charging environments is that modern chargers depend on real-time communication for a wide range of critical functions. Charging stations constantly exchange data with backend management platforms to support payment authorization, user authentication, remote diagnostics, firmware updates, dynamic load balancing, energy management, and OCPP communication with the central charging management system. If network stability becomes unreliable, many of these functions begin to degrade simultaneously.

In underground garages, the challenge is even more structural. Thick concrete walls, enclosed layouts, metal interference, and limited signal penetration create conditions where conventional wireless solutions often perform poorly. As a result, commercial operators are increasingly looking beyond standard Wi-Fi architectures and adopting communication technologies specifically designed for difficult RF environments.

ULandPower now use mesh networking communication architectures to improve connectivity stability across underground parking structures and large commercial sites. Unlike traditional point-to-point wireless connections, these systems allow chargers to communicate through interconnected network nodes, helping maintain stable communication even when direct cellular or Wi-Fi coverage is weak. This approach significantly improves charger online rates, reduces communication failures, and enhances overall operational reliability.

Ultimately, reliable connectivity should not be treated as an afterthought in commercial EV charging deployment. A charger is no longer just an electrical device, it is part of a connected digital infrastructure. Without stable communication, even high-quality hardware can quickly become a poor user experience. Successful commercial charging projects increasingly recognize that network engineering is just as important as charger power, site design, and electrical capacity planning.

One of the fastest ways to lose EV charging users is not charger failure, slow charging speed, or even poor location, it is making the charging process unnecessarily complicated.

This problem is often underestimated because the charger itself may technically be operating perfectly. The hardware works, the network is online, and the power is available. But from the user’s perspective, the experience feels frustrating before charging even begins.

Common activation friction points include:

• Mandatory app downloads before you can start
• Account registration and email verification requirements
• Poor app UX,crashes, slow loads, confusing flows
• QR codes that don't scan in bright sunlight
• Only accepting certain payment methods
• RFID cards that only work on one network

A common scenario plays out every day across public charging networks. An EV driver arrives with enough battery remaining to continue driving comfortably, but decides to top up while parked. The charger screen instructs them to download an app before starting a session. After opening the app store, they are asked to create an account, verify an email address, add payment information, and navigate multiple setup screens. Meanwhile, the driver is standing in a parking lot trying to complete a process that feels far more complicated than it should be.

At that point, many users simply give up.

Unlike fuel stations, EV charging still lacks universal simplicity across many public networks. Drivers often encounter inconsistent interfaces, incompatible payment systems, different activation requirements, and unnecessary onboarding steps depending on the operator. Even when each individual step seems small, the cumulative friction significantly reduces charger usage.

For commercial charging sites, this has a direct impact on utilization rates. Many charging stations with good hardware, strong locations, and stable connectivity still underperform because the activation experience creates too much resistance for casual or first-time users.

Several forms of activation friction appear repeatedly across the industry. Mandatory app downloads remain one of the biggest barriers, especially for drivers who are not loyal to a specific charging network. Account registration requirements, email verification steps, and complicated mobile app interfaces further slow down the process. In outdoor environments, even seemingly minor issues such as QR codes that fail to scan properly under bright sunlight can disrupt the charging experience. Some charging networks also restrict payment flexibility by supporting only certain mobile wallets, proprietary RFID cards, or closed-network authentication systems, forcing users to navigate unnecessary compatibility issues.

From the driver’s perspective, public charging should increasingly feel as simple as using a parking meter, transit gate, or vending machine: connect, authenticate, pay, and start charging within seconds.

As the EV industry matures, user expectations are rapidly shifting toward frictionless charging experiences. High-performing commercial charging sites increasingly recognize that convenience is not only about charger speed or availability, but also about minimizing the number of steps required to start a session.

High-performing sites increasingly support multiple activation methods so that no single failure mode blocks usage:

• Plug & Charge (ISO 15118),car authenticates automatically on plug-in
• RFID card tap,no phone needed
• Credit card tap,contactless, no account
• QR code with guest checkout,no app, no registration
• Mobile app for users who prefer it

The most successful deployments now support multiple activation and payment methods simultaneously, reducing the risk that any single failure point prevents usage. Plug & Charge technology based on ISO 15118 allows compatible vehicles to authenticate automatically once connected, eliminating the need for apps or cards entirely. RFID card activation remains useful for fleet drivers and repeat users who prefer quick tap-based access. Contactless credit card payment has also become increasingly important because it enables truly universal access without requiring account registration. QR-code activation combined with guest checkout options provides flexibility for occasional users who prefer mobile payment without downloading an application. At the same time, dedicated apps still serve users who want charging history, loyalty programs, remote monitoring, or subscription pricing.

The key difference is optionality.

High-utilization charging sites reduce barriers by giving drivers multiple ways to start charging rather than forcing every user into a single workflow. Every additional layer of flexibility captures a broader range of users, while every unnecessary step increases the likelihood of abandonment.

In commercial EV charging, convenience directly influences revenue. If starting a charging session feels slow, confusing, or inconvenient, many drivers will simply choose another station, or skip charging altogether. Over time, activation friction quietly becomes one of the biggest hidden reasons why otherwise well-designed charging sites fail to reach their expected utilization potential.

Drivers increasingly expect charging to work like a parking meter or a vending machine: tap, pay, done.

One of the most surprisingly common mistakes in commercial EV charging happens after the installation is already complete. The chargers are operational, powered on, connected to the backend system, and physically sitting in the parking lot, yet they remain invisible to most EV drivers because they were never properly added to charging maps and navigation platforms.

From an operator’s perspective, the project may feel finished once the hardware is installed and commissioned. But from a user perspective, a charger that cannot be discovered digitally is often treated the same as a charger that does not exist at all.

This disconnect matters far more than many site owners initially realize because EV drivers rarely discover charging stations by accident. Unlike traditional gas stations, public charging behavior is heavily driven by digital route planning. Most EV users search for charging locations before arriving, either through in-car navigation systems, mobile charging apps, or map platforms integrated into their daily driving experience.

If a charging site does not appear inside those systems, a significant percentage of potential users will simply drive past without ever knowing the chargers are available.

Today, EV drivers rely on a wide ecosystem of discovery platforms to locate nearby chargers, compare charging speeds, check availability, and evaluate station reliability. General navigation tools such as Google Maps and Apple Maps have become increasingly important because many users begin their charging search there first. Dedicated EV charging platforms like PlugShare also play a major role, especially among experienced EV drivers who actively review charging locations, upload photos, report outages, and share real-world charging experiences with the broader community.

At the same time, many charging sessions now originate directly from vehicle navigation systems. Automakers including Tesla, Rivian, Ford, GM, Hyundai, Mercedes-Benz, BMW, and others integrate public charging information directly into the vehicle interface. Drivers increasingly depend on these systems for route planning, battery preconditioning, charging stop recommendations, and real-time charger availability. If a commercial charging site is not integrated into these digital ecosystems, visibility drops dramatically.

This issue is especially damaging for newer charging locations, hotels, retail centers, mixed-use developments, and independent commercial properties that rely on attracting first-time charging users. Even well-designed charging sites with strong parking placement and reliable hardware can experience disappointing utilization simply because drivers never discover them during trip planning.

The good news is that this is also one of the easiest problems to fix.

In many cases, improving charger visibility requires little more than correctly submitting station data to major charging directories and ensuring that charger status information remains updated. Platforms such as PlugShare, Google Maps, Apple Maps, and major charging network locators can dramatically improve discoverability with relatively minimal effort. In fact, many operators report noticeable increases in walk-up charging sessions shortly after their chargers appear on widely used mapping platforms.

PlugShare is particularly influential because of its strong community engagement within the EV ecosystem. Drivers frequently use it not only to locate chargers, but also to evaluate whether a station is reliable, accessible, well-lit, easy to use, or frequently offline. A properly listed charger with accurate photos, operating details, and positive user feedback can significantly increase user confidence before drivers even arrive on-site.

Ultimately, commercial EV charging is no longer only physical infrastructure, it is also digital infrastructure. Visibility inside mapping systems has become just as important as visibility inside the parking lot itself. If drivers cannot easily discover your chargers through the platforms they already use every day, utilization potential will remain artificially limited no matter how good the hardware may be.

For many charging operators, ensuring chargers are properly listed across major navigation and charging platforms is one of the lowest-cost, highest-impact utilization improvements available, yet it remains one of the most frequently overlooked steps in the entire deployment process.

One of the biggest misconceptions in commercial EV charging is treating the deployment process as if the job is finished once the chargers are installed. Many businesses approach EV charging the same way they would approach a traditional construction upgrade: complete the installation, announce the sustainability initiative, hold a ribbon-cutting event, and move on to the next project.

But six months later, many of those same site owners begin asking the same question: why are the chargers barely being used?

The answer is often simple. EV charging infrastructure is not a passive asset, it is an ongoing operational service. And like any customer-facing service, long-term performance depends heavily on continuous management, optimization, and user experience improvements after deployment.

Successful charging sites are rarely successful by accident. High utilization rates are usually the result of active operational oversight rather than the hardware installation itself. The most effective operators continuously monitor how the chargers are being used, identify friction points, optimize pricing, maintain uptime, and adapt the charging experience based on real-world behavior.

One of the most commonly overlooked areas is pricing strategy. Some commercial properties install chargers without ever reevaluating whether their pricing model actually makes sense for the local market. In some cases, pricing is set too high, discouraging usage entirely. In others, operators are barely covering operational costs because rates were never adjusted after installation. Time-based pricing, energy-based pricing, idle fees, and dynamic pricing strategies all influence user behavior differently, and poorly designed pricing structures can quietly suppress utilization without operators realizing it.

Usage analytics are equally important. A charging site may have several chargers installed, but not all stations are necessarily performing the same way. Some chargers may experience consistently high traffic while others remain underutilized due to parking flow, visibility, accessibility, or technical issues. Without ongoing data analysis, operators often miss patterns that could reveal why certain chargers succeed while others sit idle.

Maintenance strategy also plays a critical role in long-term utilization. Unlike traditional electrical infrastructure, commercial EV chargers interact directly with end users every day. Cable wear, connector damage, payment issues, software glitches, communication failures, and screen malfunctions can all negatively affect user experience. The problem is that many operators only respond after drivers report failures, by which point customer trust may already be damaged. Proactive monitoring and remote diagnostics help identify issues before they become public-facing problems.

Energy management is another operational layer that becomes increasingly important as charging volumes grow. Poor load management can trigger expensive utility demand charges, especially at commercial sites operating multiple high-power chargers simultaneously. Smart load balancing and charging management systems allow operators to optimize power distribution, reduce peak demand spikes, and improve long-term operating efficiency without sacrificing user experience.

Visibility and ongoing promotion are also frequently neglected after installation. In many commercial properties, tenants, employees, hotel guests, or retail visitors may not even realize charging stations are available. Simply installing chargers does not automatically generate awareness. Successful operators continue promoting charging availability through signage, tenant communication, digital marketing, property apps, loyalty programs, and integration with public charging maps.

Software maintenance is equally critical. Modern EV chargers are highly connected devices that rely on firmware updates, backend compatibility, cybersecurity patches, payment system integrations, and evolving communication standards such as OCPP. Chargers that are not regularly updated can gradually experience compatibility issues, security vulnerabilities, or degraded user experience over time.

Ultimately, the strongest-performing commercial charging sites are almost always the ones where someone actively owns the operational side of the business, not just the installation phase. The difference between a high-utilization charging network and an underperforming one is often not the hardware itself, but whether the site is continuously managed as a living service rather than treated as a completed infrastructure project.

As commercial EV charging continues to mature, long-term operational strategy is becoming just as important as charger selection, electrical capacity, or installation quality. Businesses that understand this early are far more likely to build charging sites that remain reliable, profitable, and highly utilized over time.

One of the more uncomfortable realities in the commercial EV charging industry is that not every charging station was originally deployed to maximize charging usage.

A significant number of commercial charging projects were approved for entirely different business reasons. Some properties installed chargers primarily to qualify for government incentives or tax credits. Others added EV charging to satisfy lease agreements, achieve green building certifications such as LEED, strengthen ESG reporting, improve investor perception, or demonstrate sustainability commitments publicly. In many cases, the infrastructure itself successfully achieved those goals the moment it was installed.

There is nothing inherently wrong with this approach. These are all legitimate business motivations, and they have played an important role in accelerating charging infrastructure deployment across the market. However, problems begin to emerge when the original purpose of the chargers no longer aligns with how success is evaluated afterward.

If utilization was never the primary objective from the beginning, it often becomes nobody’s responsibility later.

This creates a common operational gap across many commercial properties. The chargers exist physically, but there is no long-term strategy focused on maximizing usage, improving user experience, maintaining uptime, or adapting the infrastructure as EV adoption grows. Over time, the charging stations gradually become passive “check-box infrastructure”, technically installed, but operationally neglected.

The difference between high-performing charging sites and underutilized ones often comes down to mindset. Properties that treat EV charging as a short-term compliance requirement typically invest less attention into optimization, maintenance, software updates, user visibility, or operational performance. By contrast, sites that view charging infrastructure as a long-term competitive asset are far more likely to continuously improve the charging experience and maintain strong utilization over time.

This distinction matters because the value of commercial EV charging is increasingly indirect rather than purely transactional.

For retail centers, restaurants, and hospitality locations, EV charging can increase customer dwell time by encouraging drivers to remain on-site longer while charging. Longer visits often correlate with higher spending and stronger customer retention. EV drivers also tend to represent higher-income demographics on average, making them particularly attractive customers for many commercial businesses.

For office buildings, apartment communities, and mixed-use developments, charging infrastructure is becoming an increasingly important tenant expectation rather than a luxury feature. Properties that provide reliable charging access may gain an advantage in tenant attraction and long-term retention as EV adoption continues to rise.

From a corporate perspective, EV charging infrastructure also functions as a visible ESG signal. Investors, corporate partners, municipalities, and customers increasingly evaluate sustainability commitments based not only on stated goals, but also on tangible infrastructure investments. Well-maintained charging deployments help reinforce a company’s long-term environmental positioning in a measurable and public-facing way.

There is also a broader strategic dimension that many forward-looking property owners already recognize: EV charging infrastructure is rapidly becoming future baseline infrastructure rather than optional differentiation. Even if utilization appears modest today in certain regions or property types, EV adoption trends strongly suggest that charging demand will continue increasing over the coming decade. Businesses that install, learn, optimize, and operationally mature their charging systems early will likely be in a much stronger position later compared to properties that delay infrastructure planning until charging demand becomes urgent.

Importantly, the commercial charging industry itself is also shifting toward a stronger emphasis on reliability and operational performance rather than simply counting installed chargers. In the United States, the federal NEVI (National Electric Vehicle Infrastructure) program now requires funded charging stations to maintain at least 97% uptime. This reflects a growing industry-wide recognition that charger availability and operational consistency matter far more to users than raw installation numbers alone.

Ultimately, utilization rarely improves automatically. Commercial charging stations perform best when someone actively treats them as part of an evolving service ecosystem rather than a completed construction milestone. The businesses achieving the strongest long-term results are typically the ones that understand EV charging not simply as an immediate revenue generator, but as a strategic infrastructure investment tied to customer experience, tenant value, brand positioning, and future market competitiveness.

Patterns emerge pretty clearly when you look at what separates charging installations that get used from the ones that don't. It comes down to six things:

1. Strong user experience, easy activation, reliable operation, intuitive payment that doesn't require a PhD in charging networks.
2. Stable connectivity, especially non-negotiable for underground and large-structure environments.
3. Correct charger selection, power matched to parking duration and actual user behavior at that specific site.
4. Smart energy management, load balancing, demand charge monitoring, and scalable infrastructure planning.
5. Digital visibility, listed on every relevant charging platform and navigation system.
6. Operational ownership, someone accountable for performance, maintenance, pricing, and marketing, not just installation.

The EV charging industry is past the phase where simply installing hardware counts as success. We've got enough idle chargers to know that installation and utilization are very different things.

Commercial parking operators who focus only on upfront costs and installation metrics tend to end up with underused infrastructure. The operators who invest in user experience, connectivity reliability, smart deployment strategy, and ongoing operational attention are the ones building charging stations that drivers actually seek out.

As EV adoption accelerates through the late 2020s, charger utilization, not just charger count, will be the real scorecard. The gap between those two numbers is where the opportunity lives.

Why are commercial EV chargers often unused?

The most common causes are poor physical placement, a mismatch between charger speed and how long vehicles park, unreliable network connectivity (especially in garages), complicated payment and activation processes, and lack of visibility on charging apps and maps. Usually it's a combination of several factors, not just one.

Are DC fast chargers always better for commercial parking lots?

No, and installing fast chargers in the wrong context is a common expensive mistake. The right charger type depends entirely on how long vehicles typically park. Office buildings and hotels are usually better served by Level 2 AC charging; highway rest stops and quick-service retail genuinely need DC fast charging. Mismatching the two wastes money in both directions.

How important is network connectivity for EV chargers?

Very. Unstable connectivity causes payment failures, takes chargers offline, breaks real-time monitoring, and creates the exact kind of bad user experience that keeps drivers from coming back. It's especially critical in underground parking environments where cellular and Wi-Fi signals are weak. Solutions like mesh networking exist specifically to address this, it's worth asking about before installation, not after.

Can commercial EV chargers actually increase property value?

Yes, though usually indirectly. EV charging infrastructure can improve tenant attraction and retention, increase customer dwell time and spending, strengthen ESG positioning for investors, and future-proof a property as EV adoption grows. For most commercial properties today, it's a long-term asset rather than a direct revenue source, but the distinction matters less as the EV driver population expands.

What's the fastest way to improve underused charger utilization?

Three quick wins that consistently move the needle: (1) get listed on PlugShare and Google Maps if you aren't already; (2) add a contactless credit card payment option if your chargers don't support it; and (3) move or add signage to improve charger visibility from the lot entrance. These cost relatively little and remove the most common barriers to first-time use.