As we celebrated America’s 250th Anniversary this month, this is a moment in time that invites reflection—not just on where we have been, but on the future we are choosing to build in this country. For most of our history, American strength has been defined by our ability to harness energy: from coal and railroads to oil, electrification, and even the interstate system. Each era of growth has been powered by building key infrastructure that expands access, lowers costs, and unlocks opportunities.   

Today, we are at the beginning of another such era. 

In just over a decade, solar has gone from a marginal contributor to a central pillar of the U.S. energy mix. The country now has over 260 gigawatts of installed solar capacity—enough to power roughly 45 million homes—and deployment has grown at an average annual rate of 28%. In May 2026, the U.S. reached another historic milestone in its history when solar power overtook coal for the first time in monthly electricity generation. At the same time, energy storage has moved from concept to cornerstone, with explosive growth in deployments and hundreds of gigawatt-hours now installed nationally.  

This is real progress. But it is also just the foundation. Because even as we celebrate how far we’ve come, we are facing a new reality: energy demand is rising again—and it is rising at a never-before-seen pace. So, the question in front of us as we approach America’s 250th anniversary is not whether we can meet that demand. It is whether we do so in a way that strengthens our economy, empowers our communities and businesses, and builds an affordable future and resilient grid as forward-looking as the country itself. 

Distributed generation (DG) solar and energy storage gives us that opportunity. At CleanCapital, we see this transformation firsthand. As an independent power producer that develops, invests in, owns and operates distributed solar and storage assets, we believe the future of American energy is more local, more resilient, and grounded in practical value for businesses, communities, and the grid. 

For the first time in decades, U.S. electricity demand is meaningfully rising while we are struggling to bring new supply online. The driver is as powerful as it is inevitable: data. 

Artificial intelligence, cloud computing, and digital infrastructure are fueling an unprecedented expansion of data centers across the country. In 2025, U.S. data center electricity demand rose 17% year-over-year, with AI-focused centers growing faster than global electricity demand. These facilities are no longer optional—they are a driving force in modernizing today’s economy.  

However, they are also extremely energy-intensive.   

Several key insights emerge from this trajectory: 

• Data centers consumed 4.4% of U.S. electricity in 2023, up sharply from prior years 
• By 2028, that figure is expected to reach 6.7% to 12%, effectively doubling or tripling in a matter of years 
• Total U.S. electricity demand is expected to rise 17–25% by 2030, driven largely by data centers and electrification  

At the same time, grid infrastructure expansion—including generation, transmission, and interconnection—is struggling to keep pace with rising demand. This is not linear growth; it is an explosion. Transmission takes years, often decades, to permit and construct. Large, centralized generation energy sources like fossil fuel and nuclear are capital-intensive and can take years to build and deploy. The reality is we don’t have years to wait on these sources. We are entering a period where the availability of electricity—not capital, not labor—becomes the limiting factor for economic growth. 

Unlike large, centralized infrastructure, distributed solar and energy storage can be deployed quickly, locally, at lower cost, and at scale. They meet demand where it exists instead of waiting for the grid to catch up.   

But speed is only part of the story. Distributed generation fundamentally reshapes how value is created and shared across the energy system: 

• Speed to Deployment – Unlike large-scale power plants that can take a decade to permit and build, distributed projects can often be deployed in 12 to 18 months—a critical advantage as demand accelerates.  
• Locational Precision – DG systems can be sited exactly where load is growing, including near data centers, industrial facilities, and urban hubs—reducing dependence on constrained transmission systems. 
• Scalable Capacity – DG portfolios can be built incrementally, enabling modular expansion aligned with real-time demand growth while keeping communities and businesses at the center of development. 
• Storage-Enabled Flexibility – Pairing solar with battery storage allows energy to be stored during periods of excess generation, dispatched during peak demand or grid stress, and used to stabilize energy prices and reduce volatility. 

Meeting this moment requires more than technology—it requires expertise and execution. That is where CleanCapital comes in. Over the past decade, we have deepened our expertise across the energy landscape, built one of the most reputable operating portfolios in asset management, and remain well capitalized by top institutional investors. As a company that develops, builds, invests in, owns and operates solar and storage assets, we sit at the intersection of capital and infrastructure. 

• We partner with developers to bring projects from concept to reality 
• We deploy institutional capital to scale portfolios efficiently and monetize pipelines 
• We manage assets over their full lifecycle to ensure long-term performance 
• We know how to efficiently move through every process in a project’s lifecycle  

With over a decade of experience and more than $1.5 billion in capital deployed in distributed energy assets, we are focused on one thing: putting more clean, affordable megawatts onto the grid, faster.  

The United States is entering a defining period for its grid and energy future. Energy demand is growing, infrastructure needs to scale, yet federal policy is missing the mark. The economy is evolving faster than our traditional systems can support. In moments like this, the question is not whether we will build—but how. We can no longer solely rely on centralized, slow-to-deploy infrastructure and accept the constraints that come with it. 

In order to scale, we need to move forward with an all-of-the-above mindset and embrace distributed generation. Distributed generation is not a supplement to the grid. It is a solution that meets demand in real time, is fast and affordable to develop, broadly distributes economic benefits, and builds a system designed for the future we are actually living in. It is how we make the grid work for communities, for businesses, and for the next wave of American growth. 

At CleanCapital, we are not waiting for that future. We are building it.