Despite sunsetting tax credits, electric vehicles are projected to make up about 70% of light-duty sales by 2035, according to some estimates. With 78 million EVs expected on U.S. roads within the next decade, more than 40 million chargers will be needed to keep battery levels up and range anxiety down.

For EV-driving renters, reliable access to EV charging within multifamily communities is no longer considered a luxury — it’s becoming an expectation. This guide gives multifamily owners and operators a concise framework for planning, funding, and deploying resident EV charging. You'll learn:

• What’s driving the urgency for EV charging at multifamily properties
• The business, financial, and environmental benefits of deploying chargers
• Best practices for assessing demand, planning, financing, and operating a resident-focused EV charging program
  

Why Multifamily Properties Should Invest in EV Charging Now

With EV adoption accelerating along with multifamily household growth, owners and operators of apartment complexes, condominiums, and other types of residential properties stand to capitalize from installing onsite EV chargers.

Most EV charging happens at home, and renters are willing to pay more for access

While workplace and public charging are vital to supporting EV adoption, the vast majority of EV charging sessions happen where vehicles are parked the longest, which is at people’s homes. For single‑family homeowners, that’s a garage or driveway. But for renters, charging must be available at their assigned or regular parking space.

This is leading more prospective lessees to prioritize access to EV chargers when weighing apartment and condo options. In fact, one study found that 58% of EV drivers would pay more for a property if it offered electrified parking spaces, signaling that future-focused multifamily buildings stand to benefit greatly from installing an onsite charging system.

EV-driving tenants are woefully underserved, creating an opportunity for multifamily properties

Though EV chargers are sorely needed at rental complexes, they remain a rarity. According to commercial real estate company CBRE, just 5% of U.S. multifamily properties provide EV charging to residents. Without guaranteed access to power where they live, renters who own EVs must rely on a hodgepodge of public charging options, including:

• Nearby public DC Fast Charging (often more expensive and less convenient)
• Workplace charging (not available to all, and can change with employment)
• Ad‑hoc charging while visiting shopping centers and restaurants

Rather than piecing together a charging solution themselves, EV drivers prefer renting at multifamily properties that offer reliable onsite charging as part of their lease agreement.

State and local regulations are now making EV charging a requirement

Beyond market dynamics, a rising tide of regulation is fundamentally shaping how multifamily properties approach parking and electrical infrastructure. While specific mandates vary by jurisdiction, many states and municipalities have updated their building codes to require that a certain percentage of parking spaces in new constructions or major renovations be prepared for electric vehicles. These requirements typically fall into three distinct categories of readiness, each representing a different level of investment and infrastructure:

• EV-Capable: This is the most foundational level, requiring the building to have the electrical panel capacity, trenching, and dedicated physical pathways, such as conduit or raceways, to support future charging stations.
• ‍EV-Ready: At this stage, the infrastructure is nearly complete. In addition to the conduit and panel capacity, Wiring is pulled to the parking space and terminated at a junction box or a 240-volt outlet. An owner simply needs to install a charging unit for EV drivers to begin using the space.
• ‍EV-Installed: This represents a fully operational solution where the charging unit itself installed and connected to the power source. These spaces are functional from day one and are often required in a specific ratio to meet local accessibility or green building standards.
  

For owners, the risk of inaction extends beyond losing potential tenants. Delaying these installations can lead to significantly costlier retrofits in the future, as upgrading panels and trenching through finished concrete is far more expensive than integrating these elements into an initial build or rehab.

Furthermore, waiting until a mandate is strictly enforced may mean missing out on time-limited incentive programs or facing potential noncompliance fines and zoning delays. By planning for these three tiers of infrastructure now, you mitigate financial risk and position your asset for long-term compliance as local codes continue to tighten.

Benefits of EV Charging for Multifamily Properties

Once you commit to EV charging, what can you reasonably expect to gain in return? Most owners see benefits

Attract and retain high‑value tenants

As mentioned, not having home charging is a dealbreaker for many renters. When comparing two otherwise similar properties, the building with well‑located, reliable EV chargers often wins the lease. Convenient charging also bolsters retention. Existing residents are more inclined to renew if they know they can continue to charge conveniently as they switch to an EV.

Even residents who don’t own EVs increasingly view EV‑ready parking as a sign the property is future‑proofed. That perception of modernity and sustainability can tip the scales for:

• Tech workers and other professionals in future-focused fields
• Environmentally conscious renters who value visible green amenities
• Households planning to purchase an EV during their lease

These benefits lead to higher occupancy, lower turnover costs, and a more stable rent roll, directly enhancing the property's financial performance.

Justify higher rents and amenity premiums

EV charging is joining gyms, pools, package lockers, and co-working spaces as a key amenity. Owners can leverage this trend in several ways.

At the broadest level, properties can command higher base rents for units with access to EV-equipped parking. More granularly, individual stalls that are EV-installed can be priced as reserved premium parking, much like covered or garage spaces already command a surcharge in many markets. Owners may also bundle charging access into a broader amenity fee structure, creating a predictable recurring revenue line.

Market conditions determine how premiums are priced, but the direction is clear: EV-equipped parking is seen as a tier above standard, and residents are willing to pay for it.

Boost property value and resale potential

Installing EV charging infrastructure significantly enhances both the current marketability and the long-term valuation of a multifamily asset. By supporting higher effective rents and maintaining stronger occupancy rates, these stations contribute to a more robust and stable income stream. Furthermore, prospective buyers often view pre-installed charging as a major advantage, as it eliminates the need to plan and fund costly future retrofits.

This forward-thinking infrastructure is particularly attractive to institutional investors and real estate investment trusts that operate under strict ESG mandates, as they frequently assign higher value to properties with demonstrable, emissions-reducing amenities.

Improve local air quality and sustainability performance

Transportation remains a leading source of greenhouse gas emissions and local air pollutants, but multifamily properties can play a direct role in mitigating these impacts. By providing onsite charging, your property actively reduces tailpipe emissions in the immediate vicinity, significantly improving air quality for residents, staff, and the surrounding community. These installations also represent tangible progress toward both local and corporate sustainability goals, particularly regarding Scope 3 reductions tied to resident transportation.

For owners reporting on sustainability performance, EV charging is a powerful tool to support success metrics and achieve prestigious green building certifications. This infrastructure strengthens the brand narrative with investors, lenders, and residents alike by demonstrating a clear commitment to environmental responsibility.

Furthermore, EV charging stations complement other onsite clean technologies such as rooftop solar or battery energy storage — creating a holistic, modern energy ecosystem for the property.

Generate new revenue and improve ROI

EV chargers can be structured as revenue-generating assets to help improve return on investment. This means asking residents to pay a nominal fee whenever they plug in. Owners typically choose between two fee structures:

• Time-based pricing charges drivers based on the duration of their EV charging session. While straightforward, this method doesn’t account for differences in vehicle charging speeds. A faster-charging EV that consumes more energy in a given time period will pay the same fee as a slower-charging EV that consumes less.
• ‍Energy-based pricing charges drivers based on the energy delivered to their vehicle (per kilowatt-hour), regardless of charging speed. For drivers, this mirrors the common experience of filling up at a gas station. For property owners, it allows them to charge for the actual energy consumed and set prices that are more closely aligned with electricity rates.

Regardless of the pricing model chosen, owners can also implement session pricing at their site — charging residents an additional flat fee each time they plug in.

Beyond direct charging revenue, EV infrastructure also generates meaningful indirect value. Higher resident retention and stronger occupancy rates reduce leasing and make-ready costs over time, while a well-rounded amenity package can support marketing efficiencies and shorten lease-up timelines for new developments.

Best Practices for Planning & Financing an EV Charging Project

Moving from idea to implementation requires thoughtful planning with the help of an experienced EV charging provider. Here are the major steps for carrying out an EV charging project, and some tips for success.

1. Understand current and future demand

Assessing demand before breaking ground helps right‑size your installation while accounting for future capacity needs.

For new constructions:

• Analyze EV adoption trends for your metro and submarket. Public data (e.g., state EV registrations) and local dealer feedback can help.
• Consider your target renter profile. Though adoption is rising nationally, some housing segments will likely see faster EV adoption rates than others.
• Design for future expansion, not just first-day demand. It’s more cost‑effective to add capacity now rather than retrofit later.

For existing properties:

• Conduct a resident survey asking:
  
  • Do you currently drive an EV?
  • Are you considering an EV within the next 1–3 years?
  • Would onsite charging affect your decision to renew?
  • What price range (per kWh or per month) feels reasonable?
• Supplement surveys with parking lot counts of EVs and plug‑in hybrids.

2. Commission a professional site assessment

Engage a reputable EV charging solutions provider to perform a site feasibility assessment. This step surfaces potential constraints early so you can address them proactively rather than discovering them mid‑project.

Key elements of a good assessment include:

• Electrical capacity review: Examining main service size, existing loads, and available headroom for chargers
• ‍Panel and conduit pathways: Plotting optimal routes to minimize trenching, coring, and surface disruption
• ‍Parking layout analysis: Determining which stalls are best positioned for EV use, accessibility requirements, and traffic flow
• ‍Connectivity considerations: Ensuring cellular or network coverage for smart chargers and energy management software
• ‍Preliminary cost and timeline estimates: Factoring in permitting, utility coordination, and construction phases

3. Decide on charger types, access, and number of ports

Based on the demand study and site assessment, it’s time to start designing your system with a goal of balancing user convenience with capital efficiency and operational simplicity. You and your provider should align on:

How many chargers should be installed initially

• Consider a phased approach that installs a core set of ports now with conduit and panel capacity for future expansion.
• Alternatively, you can align charger counts with forecasted adoption over 3–5 years, not just current EV ownership.
  

What types of chargers to use

• For multifamily, Level 2 chargers are typically ideal. Residents tend to park overnight, allowing plenty of time to replenish daily driving.
• DC Fast Chargers are usually unnecessary for residential use, though they may be relevant for specific use cases like mixed‑use properties with public charging
  

Access and pricing models

• Assigned EV stalls for residents who pay for dedicated parking
• Shared chargers in common areas with app‑based (or RFID) access and pricing
• A mix of both, depending on parking configuration and resident preferences
• Whether chargers will be free to use or employ one of the pricing models previously discussed

4. Leverage incentives and flexible financing

Incentives can materially change the economics of your project. Because program requirements can be complex, partnering with an experienced EV charging provider is crucial for identifying applicable opportunities, structuring your project to maximize eligibility, and applying for and managing funding.

While federal tax credits for EV charging service equipment are phasing out, there is still a wealth of state-level incentive programs available across the U.S. that can help offset installation costs. Many localities offer hardware rebates per port, make-ready funding for infrastructure, and even bonus incentives for multifamily installations.

On the project financing side, your capital position and risk tolerance should inform how you structure ownership. Here’s a breakdown of the most common models, along with the pros and cons of each:

Direct Ownership

• You purchase and own the chargers outright
• Pros: Maximum control over pricing and policies; all revenue and tax benefits accrue to you; asset value sits on your balance sheet
• Cons: Requires upfront capital; you’re responsible for operations and maintenance (O&M)
  

Loans

• You finance equipment and installation through a traditional loan
• Pros: Preserve cash and gain long‑term ownership; may align with tax and depreciation strategies
• Cons: Debt service obligations; still responsible for operations and maintenance (O&M) services 
  

Leases

• A finance partner owns the equipment; you make fixed payments over time
• Pros: Lower upfront costs, predictable expenses, potential for upgrades at the end of the term
• Cons: Less flexibility, potentially higher total cost of ownership, limited tax benefits during lease 

Charging‑as‑a‑Service (CaaS)

• A third party handles equipment, installation, software, and maintenance; you pay a subscription or usage‑based fee
• Pros: Minimal upfront capital, outsourced complexity, easier scalability
• Cons: No equipment ownership; ongoing operating expense that may be higher over long horizons

Ultimately, the right model for you will depend on your capital budget and competing priorities across the portfolio, how important it is for you to fully control pricing and user policies, and your bandwidth for managing O&M in‑house versus outsourcing.

5. Deploy intelligent charge management software

As EV adoption scales, unmanaged charging can strain your electrical infrastructure and drive up utility costs. This is where a charge management system (CMS) becomes essential. A CMS is a software-based tool that automatically optimizes onsite electric vehicle charging to improve functionality and control costs.

A software‑based charge management system helps you:

• Balance load across chargers to stay within site capacity limits
• ‍Avoid peak demand charges by shaping charging profiles to eliminate consumption spikes
• ‍Monitor performance through dashboards that show usage, revenue, uptime, and emissions impacts

For multifamily properties in particular, where dozens of vehicles may plug in, intelligent load management is key to scaling without overbuilding capacity.

6. Educate residents on how to use chargers

Lastly, once chargers are installed, the user experience will make or break perception and utilization. The key parts of a successful rollout plan include:

• Pre‑launch communication that explains charger locations, hours of operation, and any access rules (e.g., ADA spaces, visitor use).
• ‍Transparent pricing clearly stating how residents will be charged (i.e., time-based or energy-based pricing, along with any session fees)
• ‍Ongoing engagement providing FAQs and how-tos, and periodically surveying users to refine pricing and operations

Next Steps for Multifamily Properties Looking to Electrify

Multifamily EV charging is a growing expectation among renters and is already a regulatory reality in many markets. If you are an owner/operator interested in bringing large-scale charging to your property, here are some things you can do to prepare for a site assessment before engaging with a solutions provider:

• Obtain a current electrical plan (“as-builts” or plan set)
• Gather your past 12 months of utility bills
• Clarify your goals and vision for EV charging, including how many drivers you anticipate supporting in both the near and long term
• Develop an initial project budget, factoring in potential incentive rebates
• Understand the internal stakeholders and decision‑makers who will need to weigh in on and/or approve the EV charging project

Need more help? Reach out to a PowerFlex expert to learn about and discuss your EV charging options.