The New Real Estate Advantage: Access to Power
Updated: Aug 12
In commercial real estate, location has always been one of the primary drivers of value.
In energy infrastructure, location still matters. But the definition of a good location is expanding.
A property can have strong traffic, attractive demographics, nearby retail, growing demand, and excellent visibility. But if the site does not have a viable path to the power it needs, those advantages may not be enough to support an energy infrastructure project.
That is changing how sites need to be evaluated.
For battery storage, EV charging, data centers, and other power-intensive uses, the
question is no longer simply:
Is this a good piece of real estate?
It is increasingly:
Is this a good piece of real estate with the electrical infrastructure to support what we want to build?
The Grid Is Becoming Part of the Real Estate Equation
For decades, commercial real estate investors have evaluated access to highways, population centers, employment, visibility, traffic, and surrounding development.
Energy infrastructure introduces another form of access:
Grid access.
That can include:
Available electrical capacity
Existing utility infrastructure
Interconnection requirements
Potential utility upgrades
Project size relative to available capacity
Utility territory and applicable programs
The expected path and timeline to energization
These factors can materially affect whether a location ultimately becomes a viable energy project.
Two properties may look nearly identical from a traditional real estate perspective while having very different energy infrastructure potential because of the electrical system serving each site.
That distinction is becoming increasingly important.
Power Demand Can Move Faster Than the Grid
One of the challenges facing the energy market is that new sources of electricity demand can often be developed faster than major grid infrastructure can be expanded.
The International Energy Agency has highlighted the difference between the development timelines for new electricity demand and the infrastructure required to support it.
EV charging infrastructure and data centers can potentially be developed within a matter of years, while major grid infrastructure can require considerably longer planning, permitting, and construction timelines.
At the same time, the volume of generation and storage projects attempting to connect to the U.S. power system remains substantial.
Lawrence Berkeley National Laboratory reported that approximately 2,061 GW of generation and storage capacity was actively seeking transmission interconnection in the United States at the end of 2025.
Those transmission-level statistics are not directly comparable to every smaller distributed project, but they illustrate a broader reality:
Access to the grid is becoming a meaningful constraint on new energy development.
Demand can emerge in a market long before new transmission and distribution infrastructure is ready to serve it.
That creates both a challenge and an opportunity for distributed energy infrastructure.
A Different Way to Think About Site Selection
At Charge Capital, we believe evaluating an energy infrastructure site requires looking at both sides of the equation.
The real estate has to make sense.
For an EV charging location, that can mean evaluating:
Traffic patterns
Population and demographics
Dwell time
Nearby retail
EV adoption
Fleet activity
Existing charging competition
But then comes another set of questions.
The electrical infrastructure has to make sense.
How much capacity appears to be available?
What size project can reasonably be supported?
What does the interconnection process look like?
Are significant utility upgrades likely to be required?
What programs or incentives may apply?
How quickly can the project realistically move toward operation?
A site can perform extremely well on one side of the analysis and poorly on the other.
The objective is to find locations where real estate fundamentals and energy infrastructure fundamentals align.
Why Smaller Distributed Projects Can Matter
This is one reason we believe distributed energy infrastructure can play an important role in the evolving power market.
The traditional model for adding significant electrical capacity has often centered around large utility-scale projects.
Those projects remain essential, but they can require major land positions, extensive transmission studies, permitting, and long development timelines.
Distributed projects take a different approach.
Rather than relying on one very large project, smaller battery storage and EV charging assets can be deployed across multiple strategic locations closer to where electricity is actually being consumed.
The strategy is not simply to build smaller projects for the sake of being smaller.
It is to identify locations where there is:
Usable real estate
A viable path to interconnection
Local demand.
Supportive market conditions.
Strong site-level economics.
Then deploy infrastructure accordingly.
Over time, individual assets can also contribute to a broader distributed energy network.
Every Site Still Has to Work on Its Own
Scale is important, but it does not replace underwriting.
Every site needs a credible path to generating value independently.
For battery storage, that can include evaluating several potential revenue drivers, such as:
Energy arbitrage
Demand response
Capacity and ancillary services where available
Utility programs
Integration with EV charging
The same discipline applies to the underlying real estate.
A large pipeline creates optionality.
It allows developers to compare locations and prioritize projects where the strongest combination of demand, infrastructure, incentives, and economics exists.
It does not mean every controlled site should be developed.
In many cases, deciding not to deploy at a location can be just as important as deciding where to build.
Eatontown: When Real Estate and Infrastructure Align
Our completed project at Michael’s Plaza in Eatontown, New Jersey provides a tangible example.
The location combines a high-traffic retail environment with battery storage and DC fast-charging infrastructure.
The completed installation includes:
660 kWh of battery energy storage
and
Six 200 kW dual-port DC fast chargers
But the importance of the project goes beyond the equipment itself.
The site brings together several factors that matter in energy infrastructure development:
Strategic real estate
Electrical infrastructure
EV charging demand
Battery storage
State and utility support
Multiple potential revenue streams
It is a real-world example of what can happen when the real estate and energy sides of the equation align.
The Value of Grid-Ready Real Estate
As electricity demand continues to evolve, we believe the definition of strategically located real estate will evolve with it.
Access to roads still matters.
Population still matters.
Traffic still matters.
Demographics still matter.
But for energy infrastructure, access to power increasingly belongs on that same list.
That creates an interesting convergence between two industries that have historically been evaluated very differently: commercial real estate and energy.
Locations capable of supporting future electricity demand are not unlimited.
Existing utility infrastructure, interconnection capacity, land availability, local demand, and development feasibility all create constraints.
That means the ability to identify and control the right real estate may become an increasingly important component of building distributed energy infrastructure at scale.
Location Still Matters. It Just Means More Now.
The fundamentals of real estate have not disappeared.
They have expanded.
In energy infrastructure, a great location is not simply a property near the right customers.
It is a location where demand, real estate, infrastructure, and a viable path to power come together.
The best energy sites are not just well located.
They are well connected.
See How the Strategy Is Being Applied
Charge Capital is advancing battery storage and EV charging infrastructure across a growing pipeline of strategic real estate locations.
Explore the projects, active deployment programs, and sites currently moving forward across the Charge Capital pipeline.
