Large companies can spend millions on electricity without having a single system that shows them, in one place, what they are consuming, what they have contracted to buy, how exposed they are to market prices, and whether the battery or solar project they are considering actually makes financial sense.
That is the gap Condor Energy is trying to fill.
The Paris-based three-person startup, part of Y Combinator's Winter 2026 batch, describes itself as software for enterprise energy procurement. Its target customers are large commercial and industrial electricity consumers, including data centers. Condor says its software helps companies monitor consumption, forecast costs, manage hedging and evaluate investments in energy assets. (ycombinator.com)
Calling it the "operating system" for next-generation energy procurement is ambitious. But the underlying problem is real: electricity procurement is no longer simply a matter of multiplying annual consumption by a negotiated price.
For a sufficiently large company, electricity decisions now involve wholesale markets, power purchase agreements, hedging, on-site generation, batteries, demand flexibility, grid charges, taxes and the increasingly important question of when and where electricity is consumed.
Condor's bet is that this complexity has become large enough to require its own software category.
Condor is not trying to run America's power grid
The phrase "operating system for America's power grid" would be misleading if taken literally.
Condor does not operate transmission infrastructure. It is not a utility, grid operator or electricity exchange. Its YC profile is considerably narrower: software for large electricity consumers to optimize their procurement and energy decisions. The company says it is working with customers in Europe and launching in the United States. (ycombinator.com)
The distinction matters.
Condor's opportunity sits on the customer side of the electricity system. A factory, retail chain or data center may consume enormous amounts of power while still managing critical decisions through spreadsheets assembled from meter data, supplier contracts, market prices and internal forecasts.
Condor argues that this produces a fragmented picture of energy.
Its platform is designed to bring consumption data, contracts, market information and behind-the-meter assets into one system. The company's public product materials show tools for tracking energy consumption, managing hedging positions and screening capital investments such as solar and battery storage. (condor.energy)
That is closer to an operating system for an enterprise's relationship with electricity than an operating system for the grid itself.
And that may be the more interesting business.
Electricity procurement has become a software problem
For decades, electricity was largely treated as a utility expense.
Large customers negotiated contracts, monitored bills and tried to reduce consumption. The workflow could be complicated, but it was often handled by procurement teams, consultants and spreadsheets.
The number of decisions has expanded.
A company may now need to decide whether to buy electricity on a fixed contract, accept exposure to spot prices, sign a long-term power purchase agreement, install solar, add batteries, participate in demand-response programs or hedge future electricity prices.
Those decisions interact with each other.
A battery changes the value of electricity consumed at different hours. A solar installation changes the amount purchased from the grid. A long-term PPA can reduce exposure to one kind of price risk while introducing other contractual considerations. Forecasting errors can affect procurement decisions months before the electricity is actually consumed.
Condor's YC profile describes precisely this problem, arguing that large energy consumers still manage complex electricity decisions with spreadsheets, manual forecasting and fragmented data. The company says those errors can lead to higher energy costs, poorly informed capital investments and operational risk. (ycombinator.com)
That is Condor's central thesis: the electricity bill is no longer the product of a single price and a single volume.
It is becoming a portfolio.
The product combines procurement, forecasting and investment decisions
Condor's public description suggests it is building several layers of software rather than a narrowly focused procurement tool.
The first is visibility.
The company says its platform aggregates energy consumption, contracts, market information and assets across facilities. Its public product demonstration shows dashboards intended to track consumption and energy costs over time. (condor.energy)
The second is forecasting and procurement.
Condor says customers can model electricity demand and costs, simulate market exposure and manage hedging strategies. Its YC profile gives examples including a European industrial customer tracking hedge portfolios and a retail chain forecasting exposure across stores. Those customer descriptions are anonymized, however, so Condor has not publicly identified those companies. (ycombinator.com)
The third is investment analysis.
The company says it can analyze granular electricity load data to evaluate investments in assets such as batteries, solar installations, EV charging and other behind-the-meter infrastructure. Its public website presents financial metrics including internal rate of return, net present value and payback periods as part of its investment-screening workflow. (condor.energy)
The strategic advantage of combining these functions is obvious.
A company's procurement team should not evaluate a battery in isolation if that battery will fundamentally change its electricity purchasing pattern. Nor should an investment team evaluate a solar project without understanding how it affects existing contracts and future market exposure.
The value of an "energy operating system" comes from connecting those decisions.
Condor's founders are betting on domain knowledge
Condor was founded in 2026 and lists Jean Costa de Beauregard as CEO, Clément Grivel as CTO and Florian Pérocheau as a founder responsible for product. (ycombinator.com)
The company describes its team as former electricity traders and energy physicists. Public founder profiles also describe Pérocheau as a former equity quant and power trader. (ycombinator.com)
That expertise is relevant because electricity is not an ordinary commodity market.
Power cannot generally be stored at scale as easily as oil or metals, supply and demand must remain balanced, prices can vary dramatically by location and time, and physical operations interact directly with financial contracts.
A software company can build dashboards without understanding those mechanics. Building software that energy professionals actually trust for procurement and investment decisions is harder.
That said, early-stage founder biographies are often where startup reporting becomes unreliable. Third-party profiles make additional claims about the founders' previous roles and energy backgrounds, but some public databases contain conflicting or obviously mismatched information about Condor's team. Those claims should therefore be treated cautiously unless confirmed by Condor or another primary source. (fundraisingfox.com)
The verified point is simpler: Condor is positioning domain expertise in electricity markets as part of its advantage.
Data centers could make the American opportunity much larger
Condor says it is launching in the United States. Its timing is closely tied to a broader shift in electricity demand.
Data centers are becoming increasingly important electricity consumers, and new facilities are forcing companies to think about power availability much earlier in the development process.
For a large data center operator, electricity is not merely an operating expense to reduce after the facility is built. Access to reliable power can influence where the facility is located, when it can open and what infrastructure must be built alongside it.
That creates a much more complicated procurement problem.
A company may need to evaluate utility service, market prices, generation contracts, batteries and on-site resources while projecting demand years into the future.
Condor explicitly lists data centers among its target customers. Its YC profile says the company is already working with large companies in Europe and is bringing the product to the US market. (ycombinator.com)
The company has not publicly disclosed a comprehensive customer list, and public claims about specific customer traction should therefore be treated carefully. Condor's own materials describe customer use cases but generally do not name the organizations involved. (ycombinator.com)
For an early-stage company, that is not unusual. But it also means the strongest public evidence today is about the product's intended workflow rather than independently verified revenue or customer scale.
The difficult part will not be building another dashboard
Condor can build forecasting models, simulations and dashboards.
Its harder challenge is becoming a system of record for electricity decisions.
Enterprise energy data is messy. Metering systems, utilities, suppliers, contracts and financial systems do not necessarily speak the same language. Procurement decisions also involve people with different incentives: energy managers, finance teams, facility operators and executives.
Then there is the question of trust.
A company may happily use software to visualize historical consumption. It may be much more cautious about relying on that software to recommend a multimillion-dollar PPA, battery project or hedging decision.
That is where Condor's ambition becomes more interesting than the dashboard itself.
If the company becomes a place where enterprises simply view electricity data, it enters a crowded software category. If it becomes the system companies actually use to connect consumption forecasts, market exposure, contracts and capital decisions, it could own a much more consequential workflow.
YC's description of the company captures the bet succinctly: Condor wants to help large electricity consumers obtain cheap and reliable power by improving how they understand and procure it. (ycombinator.com)
The power grid does not need another operating system.
The companies trying to survive inside an increasingly complicated electricity system might.
