A street address is a modest piece of data. It can summon a pizza, misdirect a taxi, or tell Station A where to begin asking questions about the future of a building. How much electricity might it use? How much sun lands on the roof? What incentives apply? Would a battery pay? Which provider can actually build the thing? Kevin Berkemeyer has spent much of his career trying to compress that unruly stack of questions into an answer a property owner can use.
His company, Station A, sits in the unglamorous middle of the clean-energy transition. The solar panels exist. Batteries exist. Capital is available. Buildings, meanwhile, remain stubbornly physical objects owned by committees, governed by budgets, covered by aging roofs, and surrounded by people who would rather not spend six months comparing proposals written in different dialects of optimism.
Berkemeyer’s insight is that deployment has a paperwork problem with a data problem tucked inside it. A project may be financially sound and environmentally useful, yet still die of friction. His response has been to build the layer between possibility and construction: software that evaluates properties, a network that qualifies providers, and a marketplace that makes their offers comparable.
“The bottleneck in clean energy isn’t technology or capital, it’s origination.”Kevin Berkemeyer, 2026
The long road to one small input
The path began far from a San Francisco software company. After studying economics and Spanish literature at the University of Wisconsin-Madison, Berkemeyer worked at the retail-energy startup Juice Energy in New York, where his job crossed sales, customer analytics, and trading for commercial and industrial users. He then joined First Solar’s early commercial team. The work expanded from North American strategy to building the company’s business in China and Thailand, giving him a close view of what it takes to move an energy project from a promising market into the world.
At MIT Sloan, where he earned an MBA in 2014, he co-led the MIT Energy Club and worked on solar and storage projects with ARPA-E, Tesla, and Conservación Patagónica. He also contributed research to MIT’s Future of Solar Study. It was a notably deployment-minded education: policy, technology, markets, and the awkward handoffs among them.
Then came NRG Energy and the question that would become Station A. Southern California Edison was looking for distributed energy to help replace a retiring power plant. The job was not merely to say that solar, storage, efficiency, and demand response were good ideas. The job was to find the right buildings.
Berkemeyer worked with Manos Saratsis, whose background included building science and modeling, and later with Jeremy Lucas and Sam Steyer. Their team began filling data gaps before the customer had to. From an address, the software could estimate load and utility bills, size a potential solar system, incorporate local incentives and rules, and produce a recommendation. What began in one Southern California territory spread across the country.
A useful spinout
In 2018, Berkemeyer and his co-founders spun Station A out of NRG. The new company inherited the analytical engine, but customers kept pointing toward a larger problem. Knowing that a roof could support a financially attractive project did not produce a contract. Buyers still needed to find trustworthy developers, solicit proposals, normalize the assumptions, and decide.
So Station A followed the obstruction. In 2020, it expanded from analytics into a marketplace. The move replaced a familiar solar pitch - choose a vendor, accept its framing, hope the comparison is fair - with a process designed around the buyer. Berkemeyer has described the cultural shift as moving from “trust us” to “trust the data.” It is a good line, but also a demanding product specification. Data earns trust only when it reveals the choice rather than decorating it.
The numbers show why comparison matters. In a 2025 interview, Berkemeyer said bids often span roughly 50 percent from low to high. On a typical project, that can create a million-dollar swing. Execution timelines can differ just as dramatically. Some variation reflects expertise, some reflects contingency assumptions, and some reflects the opacity that flourishes when every proposal arrives with its own definitions.
The price of incomparable proposals
A marketplace can turn those differences into information. Each transaction contributes evidence about project viability, components, financing, local pricing, and provider performance. More activity in Arizona can improve the next Arizona recommendation. The result is a flywheel with a gratifyingly practical purpose: fewer surprises for the buyer and a better match for the provider.
The roof has a balance sheet
Berkemeyer speaks the language of decarbonization, but he is careful about the customer’s actual job. A property owner may not want “solar” as an identity. The owner may want lower operating expenses, protection from rising electricity prices, resilient power, or a more valuable asset. Station A’s role is to remain agnostic about the equipment and specific about the outcome.
In one commercial-real-estate example he has written about, a $1 million solar system produced $250,000 in first-year electricity savings and an estimated $4.1 million increase in property value. The owner refinanced, pulled out more than the system’s cost, and still improved cash flow. The elegant part is not the panel. It is the conversion of an energy decision into a real-estate decision that a finance team can recognize.
This helps explain Station A’s chosen terrain. Commercial property portfolios contain scale, but their owners often treat each building like a bespoke development. Berkemeyer wants a repeatable system: screen the portfolio, find the viable sites, compare the market, and move the winners. The company’s horizontal ambition is to support more of the transaction, including negotiation and standardized terms. Its vertical ambition reaches across behind-the-meter solar and storage, front-of-the-meter projects, EV charging, and community-solar subscriptions.
“The customer’s goal isn’t to ‘do solar,’ it’s to reduce operating expenses or increase asset value.”Kevin Berkemeyer, Green New Perspective
A company built by following the next obstruction
There is a pattern in Berkemeyer’s story: stay attached to the problem and permit the product to change. The NRG tool answered where distributed energy should go. The independent software answered whether a project made financial sense. The marketplace answered who should build it and at what price. Contract support and a broader menu of energy products address what comes next. A founder’s grand vision is often presented as a lightning strike. Here it looks more like a series of annoyances taken seriously.
The relationships around the work have mattered, too. Years after MIT, Berkemeyer recognized classmate Derek Oliver’s voice on a Zoom call for Sloan’s Sustainable Business Lab. Oliver was leading sustainability work at Wayfair and trying to evaluate roof space for the company’s first onsite solar installation. The reunion became a collaboration, and Wayfair became Station A’s first corporate client seeking roof-space evaluation. Serendipity opened the door; a useful product had to walk through it.
Berkemeyer continued returning to Sloan’s S-Lab, inviting student teams to work on market research, pricing, segmentation, and growth. He once said those students “literally helped us build our company.” For an entrepreneur selling data-driven decisions, it is fitting that he treated the company itself as an ongoing research question.
Urgency, without the cape
Station A closed an oversubscribed $8 million Series A in June 2025, co-led by Climactic and Building Ventures. The money was directed toward engineering, marketplace operations, customer work, analytics, and AI-assisted matching. Berkemeyer framed the milestone against an old pitch deck from 2018. The company had called itself a data business that might eventually become a marketplace. People told the founders the marketplace would be too hard. Customers kept asking for it anyway.
The company’s values offer a compact sketch of his operating style: “Just Don’t Wait,” “Show Don’t Tell,” “Kaizen,” “Teamwork Makes the Dream Work,” and “Work Hard & Go Home.” The last one is pleasantly free of founder mythology. Berkemeyer has written that one of the rewards of building Station A is gathering people who sharpen one another’s thinking and still enjoy being together. He praised the mix of remote-first work and purposeful time in the same room. Climate urgency, in this version, does not require pretending human beings are renewable resources.
Eleven years after that Southern California question, Berkemeyer now connects the original work to a grid strained by data-center growth, long interconnection queues, and the rise of virtual power plants. Buildings are no longer passive customers in that picture. They are potential sites for generation, storage, and flexibility. The small address at the start of Station A’s workflow becomes a coordinate in a much larger energy system.
His aspiration is correspondingly large: a clean-energy marketplace that originates more projects by making transactions faster, clearer, and cheaper. Yet the method remains almost comically concrete. Pick a building. Assemble the evidence. Compare the offers. Make a decision. Build. The transition gets discussed in terawatts; Berkemeyer’s work insists it will also be won one roof, one parking lot, and one less-confusing proposal at a time.