How does energy storage help reduce delivery fees?

Storage moves energy through time, complementing the grid's spatial energy movement. By placing storage at the 'load side' (homes), it can offset demand fluctuations and reduce the strain on transmission lines, allowing for more efficient use of existing infrastructure and thus lowering delivery costs.

Why is Texas a hub for energy grid innovation?

Texas has its own independent grid, creating more volatility, which drives innovation. Its regulatory environment allows for choosing electricity providers and accessing wholesale markets directly. Furthermore, Texas has a free-market 'energy-only' approach, which incentivizes production based on actual energy produced, making it attractive for renewables and storage solutions.

What are the technical challenges of connecting distributed batteries to the grid?

The grid was designed as a one-way system, so making it a two-way street with distributed batteries involves managing power flow, frequency, and voltage. This requires sophisticated power electronics, including grid-forming and grid-following inverters, to ensure stability and seamless transitions during grid outages or reconnections.

How does Base Power make money in the energy market?

Base Power generates revenue through energy trading, specifically ancillary services, by responding to real-time price signals. They also offset customer risk by using batteries to take homes off the grid during peak price periods. This involves complex price and load prediction, as well as financial risk optimization.

What are the similarities between the defense and energy industries?

Both defense primes and traditional utilities often operate on a cost-plus business model, struggle to attract top talent, and have not significantly updated their infrastructure or products in decades. Both are critical to the US economy but represent largely 'undisrupted' industries ripe for innovation.

What is the state of the US supply chain for energy components like batteries?

Unfortunately, much of the manufacturing capacity for raw materials through complex end products has moved overseas. For batteries, key components like cells are often sourced from China, and even the raw materials like lithium and iron are predominantly from East Asia, posing a significant challenge for domestic industrialization.

What advice do you have for founders building US-based supply chains?

Prioritize domestic sourcing unless there's an overwhelmingly compelling reason not to. Proximity to suppliers, especially when iterating rapidly on designs, is operationally more effective and often cheaper in the long run due to reduced logistics, easier iteration, and IP protection. Collocation of engineering and manufacturing is key.

SpaceX & Anduril Lessons for Rebuilding America’s Energy Infrastructure

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Gaming4 min read51 min video

Oct 10, 2025|778 views|25

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TL;DR

SpaceX & Anduril vet Justin Lopolas discusses energy grid inefficiencies and Base Power's solution.

Key Insights

The significant cost of energy lies in its delivery, not generation, due to underutilized infrastructure built for peak demand.

Distributed energy storage, specifically batteries at the load/consumer end, can smooth demand and supply volatility, increasing grid efficiency.

SpaceX and Anduril's culture of integrating design with manufacturing and cost considerations is crucial for scaling complex products.

Texas's independent grid and deregulated market offer a unique, albeit volatile, environment conducive to energy innovation like Base Power's distributed storage model.

Rebuilding America's energy infrastructure requires addressing supply chain weaknesses, particularly the offshoring of critical components like battery cells.

Base Power's direct-to-consumer approach in the energy sector requires building brand trust and adapting to customer feedback, a departure from B2B/B2G models in defense and aerospace.

THE FOUNDATION OF MODERN LIFE: ENERGY DELIVERY AND INEFFICIENT INFRASTRUCTURE

Electricity is fundamental to all aspects of modern life, yet its cost is largely driven by delivery inefficiencies. The existing grid infrastructure in the US is significantly underutilized, with average distribution lines operating below 50% capacity. This is because the entire system must be engineered to meet peak demand, resulting in substantial idle capacity for most of the time. Addressing this fundamental problem requires innovative solutions that optimize the use of this infrastructure across time.

DISTRIBUTED ENERGY STORAGE: SMOOTHING SUPPLY AND DEMAND VOLATILITY

The core problem Base Power aims to solve is the high cost of energy delivery. Distributed energy storage, particularly batteries placed at the consumer's location (the load side), offers a solution. These batteries can store energy when demand is low and release it during peak times, thereby smoothing out both generation and consumption fluctuations. This strategy increases the utilization of existing grid infrastructure, akin to maximizing highway traffic flow, and reduces the need to build and maintain excessive capacity.

A CULTURE OF INTEGRATED DESIGN AND MANUFACTURING: LESSONS FROM AEROSPACE AND DEFENSE

Justin Lopolas draws heavily on his experiences at SpaceX and Anduril, emphasizing a culture where design is intrinsically linked with manufacturing, cost, and operational feasibility from the outset. This approach, honed in the rigorous environments of rocket and defense system development, contrasts with traditional engineering practices. It involves deep cross-disciplinary thinking, focusing on simplicity, automation, and the removal of unnecessary processes to achieve scalability and efficiency, which is now being applied to Base Power's energy solutions.

TEXAS AS A MICROCOSM: INNOVATION IN AN ISLAND GRID AND DEREGULATED MARKET

Texas serves as a critical testbed for Base Power due to its unique, independent power grid and a deregulated market. This 'island' grid, disconnected from national networks, experiences greater volatility, necessitating innovative solutions like distributed storage. The deregulated retail electric provider (REP) model in Texas allows companies like Base Power to interface directly with wholesale markets (ERCOT), enabling them to monetize assets like batteries effectively. This environment rewards efficiency and responsiveness, aligning with Base Power's mission to reduce energy delivery costs.

NAVIGATING THE COMPLEXITIES OF GRID INTERCONNECTION AND POWER ELECTRONICS

Integrating distributed energy resources like batteries into the existing one-way power grid presents significant technical challenges. The grid must transition from a one-way to a two-way system, managing power flow in both directions. This involves sophisticated power electronics, including grid-forming and grid-following inverters, capable of maintaining stable frequency and voltage. These systems must synchronize with the grid, provide backup power during outages by creating microgrids, and seamlessly reconnect when the grid is restored, requiring advanced software and hardware solutions.

ENERGY TRADING AND DIRECT-TO-CONSUMER MODELS: NEW TERRITORY FOR INNOVATORS

Base Power operates a dual model: providing distributed storage and acting as a retail energy provider. This allows them to engage in energy trading, particularly in ancillary services, by responding to dynamic 5-minute wholesale price signals. Co-optimizing battery usage for grid services and retail customer price protection presents a complex mathematical and technical challenge. Furthermore, the direct-to-consumer (B2C) aspect requires building brand trust and managing customer relationships, a significant departure from the business-to-government (B2G) or business-to-business (B2B) models prevalent in aerospace and defense.

REBUILDING AMERICAN SUPPLY CHAINS: THE CHALLENGE OF ENERGY INFRASTRUCTURE

The re-industrialization of America is critical, particularly in the energy sector's supply chain. Much of the manufacturing capacity for raw materials and complex components, including battery cells, has moved overseas. For example, Lithium Iron Phosphate (LFP) cells, despite being developed in the US, are now predominantly sourced from China. Base Power is actively working to domesticate its supply chain by assembling components locally, sourcing from friendly countries, and partnering to bring manufacturing back to the US. Prioritizing domestic suppliers, even with potential cost increases, is essential for operational effectiveness and speed to market.

THE CRITICAL ROLE OF ENGINEERS IN SOLVING AMERICA'S ENERGY CHALLENGE

Base Power emphasizes that every individual, including interns, has an enormous impact from day one, tackling critical problems across various disciplines. The company attracts talent from outside the traditional energy sector, fostering an open-minded approach to problem-solving. The energy sector, fundamentally underpinning AI, EVs, and overall prosperity, is seen as the most important problem of this generation. Engineers at Base Power engage with a unique blend of economic, technical, operational, financial, and regulatory work streams, offering a dynamic and deeply impactful career path.

Mentioned in This Episode

●Products

●Companies

●Concepts

Common Questions

A significant portion of energy costs stems from delivery. The US grid infrastructure was built for peak demand, leading to underutilization and inefficiency. Utilities are often not incentivized to deliver energy cost-effectively, and the grid lacks modern technology and top talent focused on this problem.

Topics

Energy Infrastructure Distributed Energy Storage Power Grid Anduril Manufacturing Engineering Deep Tech

Mentioned in this video

companyA123 Systems

Company that, along with other research labs, developed Lithium Iron Phosphate (LFP) battery technology in the US, but largely outsourced manufacturing.

conceptLithium Iron Phosphate (LFP)

A standard and commercially available battery chemistry that was developed in the US but its manufacturing has largely been outsourced to China.

toolBase Power

toolStarship