Benefits Of USP Design
PCA For heating
Instead of sprawling acres of mirrors or panels, USP utilizes a compact 25-square-foot array of solar concentrators working in harmony. This innovative design requires only a few dozen parabolic concentrators, significantly reducing land usage compared to traditional setups. It’s also more cost-effective—thousands of panels or mirrors come with hefty price tags, but USP eliminates that expense, saving both money and resources.
POWER STORAGE ON OVERCAST DAYS
Unlike standard solar concentrators, the PCA employs an innovative design that captures more light, even on overcast days. Overcast sunlight differs from direct sunlight as it is diffuse rather than composed of parallel beams. The PCA overcomes this challenge by combining lenses with concentrators to “collimate” (align into parallel beams) the collected light, which is then further concentrated. This advanced capability enables the PCA to efficiently harvest solar energy for storage, even under cloudy skies, making USP a viable solution for climates in regions like Northern Europe and Canada.
POWER STORAGE USING INEXPENSIVE ROCK BEDS
USP is designed to store power for extended periods of darkness, enabling it to operate even in the Arctic Circle. It also offers customers the flexibility to choose the amount of backup power storage they need. While traditional options like costly lithium batteries or solar salt make multi-day storage prohibitively expensive, USP leverages affordable basalt rock beds, allowing for several days of backup power without straining your budget.
POWER GENERATION AT NIGHT
How can solar power generate electricity at night? With USP, heat stored in basalt rock beds during the day is used to produce steam for many hours after sunset. At night, the plant operates just as it does during the day—except it relies on stored heat instead of collected sunlight. Water injected into the bed of hot basalt rocks generates steam, keeping the system running at full capacity throughout the night. Like concentrated solar power (CSP), USP provides consistent and reliable energy, making it an excellent option even as a baseload power plant.
SOLAR POWER FOR $350,000 PER MEGAWATT
By eliminating the need for solar salt and heat transfer fluids, USP saves hundreds of thousands of dollars in plant construction costs. Insulated tanks required to store these materials also add significant expenses, as do the numerous heat exchangers, pipes, and the labor-intensive installations they require—all of which are completely unnecessary with USP. The result is a groundbreaking energy solution with a remarkably low cost per megawatt for initial construction and virtually no ongoing cost for electricity generation after the plant is built.
SCALABLE TO 1 GIGAWATT AND BEYOND
Traditional solar power isn’t limited by its energy source—sunlight is abundant, free, and environmentally friendly. However, it faces significant scalability challenges due to its massive land requirements. For example, producing just 1 megawatt of power with solar panels requires approximately 7,000 acres of land. Scaling up to a 1-gigawatt solar field would demand an enormous 7,000,000 acres. Concentrated solar power (CSP) systems often require even more. In contrast, a 1-gigawatt USP solar plant needs only 40 acres. This makes USP not only the most land-efficient form of solar power but also one of the most scalable renewable energy solutions available today.
We Need Your Help
We’re breaking new ground with innovative technology that needs to be proven. To make this vision a reality, we’re raising funds by offering stakes in our company on WeFunder. With just $300,000, we can build a prototype and take the first step toward transforming the world. Your support can make it happen. Join us today and be part of the change!