Last Energy: Revolutionizing Nuclear Energy for a Clean and Secure Future

🔥Last Energy is revolutionizing the nuclear energy industry by utilizing standardized equipment and a power purchase agreement business model.

💡The cost of nuclear energy is a result of construction complexity, not reactor physics. Last Energy's approach focuses on constructability and cost reduction.

💲Last Energy's small modular nuclear reactors cost less than $100 million to build and produce billions of dollars worth of electricity over their lifetime.

🏭Last Energy's customers, such as factories, sign long-term power purchase agreements, providing a reliable revenue stream for the company.

♻️Last Energy's design considers the entire plant's lifetime, including decommissioning, to ensure a sustainable and responsible approach to nuclear energy.

Why is Last Energy using standardized equipment?

—Standardized equipment allows Last Energy to leverage existing supply chains and reduce costs, making nuclear energy more affordable and accessible.

How does Last Energy ensure the safety of its nuclear reactors?

—Last Energy's reactors have built-in safety features and adhere to industry regulations to ensure the well-being of both workers and the environment.

What is the lifespan of Last Energy's nuclear reactors?

—The average lifespan of Last Energy's nuclear reactors is 42 years, but power purchase agreements are typically signed for 5, 10, or 20 years.

How does Last Energy address the issue of nuclear waste?

—After shut down, the heat and radioactivity of Last Energy's reactors dissipate quickly, and within a few months, the health hazards are eliminated. The company also considers decommissioning as part of its design.

What sets Last Energy apart from other nuclear startups?

—Last Energy focuses on constructability and cost reduction by utilizing existing supply chains and off-the-shelf components, which allows for faster commercialization and affordability.

00:00Last Energy aims to address the challenges of clean energy access and energy security with its small modular nuclear reactor.

02:22Last Energy's approach utilizes standardized equipment and a power purchase agreement business model to reduce costs and increase scalability.

05:39The company has achieved commercial success in Eastern Europe, signing contracts in countries like Romania and Poland.

08:30Last Energy's reactors are based on existing pressurized water reactor technology, making them cost-effective and efficient.

12:13The company prioritizes constructability and cost reduction, recognizing that construction complexity is the main driver of nuclear energy costs.