Fall 2026
Global Supply Chain Management Intern
Peak Energy
51-200 employees
Manufactures sodium-ion energy storage batteries
Compensation Overview
$30/hr
Burlingame, CA, USA
In Person
 Operations & Logistics |
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- Currently pursuing a Bachelor’s or Master’s degree in Supply Chain Management, Industrial Engineering, Business, or a related field
- Strong analytical and organizational skills; proficient in Excel and/or data analysis tools
- Interest in clean tech, energy storage, and/or domestic manufacturing policy
- Excellent communication and collaboration abilities
- Self-starter with a willingness to dive into ambiguity and solve problems
- Assist in the development and execution of supply chain strategies for ESS components
- Conduct supplier research and help draft RFIs/RFQs for critical components
- Support supplier onboarding, including vetting, qualification, and data management
- Support New Product Introduction (NPI) builds by tracking material readiness, managing build plans, and ensuring on-time Clear to Build (CTB) status
- Collaborate cross-functionally with Engineering, Manufacturing, and Operations teams to support NPI & Pilot builds
- Assist with logistics planning and cost optimization for international and domestic shipments
- Prepare reports and presentations for internal stakeholders to support strategic decision-making
- Prior internship or project experience in supply chain, operations, or procurement is a plus
Peak Energy develops and deploys sodium-ion battery systems for energy storage. It operates a large-scale manufacturing approach using a US-based gigafactory to produce sodium-ion batteries that are cheaper, safer, and more abundant than lithium-ion options. The product works by scaling the production of sodium-ion cells and modules to provide storage solutions for renewable energy producers, businesses, and homeowners, enabling reliable and cost-effective energy storage. Compared to competitors, Peak Energy differentiates itself with the first US-based sodium-ion gigafactory, a leadership team with experience from Tesla, Northvolt, SunPower, Fluence, and Enovix, and a focus on domestic supply chains to reduce price volatility and environmental impact. The company aims to set sodium-ion storage as the standard for the new era of renewable energy by delivering high-volume, cost-competitive storage at scale.
Company Size
51-200
Company Stage
Series A
Total Funding
$65M
Headquarters
Denver, Colorado
Founded
2023
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Find people who can refer or advise you
Simplify's Take
What believers are saying
- Secured over 6 GWh in customer commitments through 2030, including Jupiter Power.
- Passive cooling reduces auxiliary power use by 97%, lowering lifetime energy waste.
- Partnership with GM grants exclusive access to Michigan-developed sodium-ion cells.
What critics are saying
- CATL’s September 2026 global shipments threaten Peak’s 2027 market entry at scale.
- Sodium-ion remains $7/kWh costlier than LFP; parity unlikely before 2035.
- GM’s exclusive cell rights risk supply lock-in if GM prioritizes internal projects.
What makes Peak Energy unique
- Peak Energy builds America’s first grid-scale sodium-ion Gigafactory in Sacramento.
- Its fully passive design eliminates active cooling, cutting storage costs by 20%.
- Peak leverages Tesla and GM veterans to pioneer domestic sodium-ion supply chains.
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Benefits
Health Insurance
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401(k) Retirement Plan
Company Equity
Growth & Insights and Company News
6 month growth
↓ -1%1 year growth
↑ 0%2 year growth
↑ 22%Peak Energy brings 249 jobs and a $71 million battery investment to Sacramento County. Published on July 11, 2026 Sacramento, California - A building in Metro Air Park is about to turn abundant domestic materials into batteries designed to support the nation's electric grid. It is also expected to turn a nearly two-year recruitment campaign into 249 jobs and as much as $71 million in private investment for Sacramento County. County officials welcomed Peak Energy to the industrial development area as the company marked the opening of its first commercial manufacturing facility with a ribbon cutting ceremony. The arrival adds a major clean technology operation to Metro Air Park and gives the region another foothold in the growing advanced manufacturing sector. Peak Energy's new 180,000-square-foot facility is located at 7180 Badiee Drive. The company plans to manufacture sodium-ion battery systems there for utility-scale energy storage, renewable energy projects and other electric grid applications. Unlike conventional lithium-ion batteries, Peak Energy's systems use abundant domestic materials rather than critical minerals such as lithium, nickel and cobalt. The company's technology is intended to provide an alternative for large-scale energy storage while supporting a more domestically based energy supply chain. The facility did not land in Sacramento County through a quick transaction. Its opening follows almost two years of recruitment work led by the Sacramento County Office of Economic Development. As Peak Energy adjusted and refined its plans, the office helped the company study alternative locations and reconnect with important partners so the project could continue moving forward. "We're proud to welcome Peak Energy to Sacramento County and celebrate this milestone with their team," said Crystal Bethke, director of the Sacramento County Office of Economic Development. "Projects like this take years of collaboration, and we're grateful to everyone who helped make this possible. Peak Energy is creating quality manufacturing jobs, investing in our community and strengthening an industry that's growing here. We're excited to see what's next." The numbers give the project weight beyond the ribbon cutting. Peak Energy expects to create 249 jobs during the next five years, providing new manufacturing opportunities as the county works to expand employment in industries with long-term growth potential. The company's investment could reach $71 million, bringing new equipment, operations and economic activity to a site positioned for large industrial users. It could also create opportunities for local suppliers and workers as production grows. Metro Air Park offers more than 1,600 acres of entitled industrial land intended for large-scale development. Its available space has made it a key part of Sacramento County's effort to compete for companies that need large facilities, transportation access and room for future expansion. Peak Energy now joins the growing group of businesses building operations there. Its focus also closely matches the county's broader economic goals. Advanced manufacturing is identified as a priority industry in Sacramento County's Economic Development Strategic Plan. County leaders have sought to attract private investment, create high-quality jobs and develop a stronger clean technology ecosystem capable of supporting new companies and future innovation. For Sacramento County, the opening represents both an arrival and a starting point. Peak Energy has secured its first commercial manufacturing home, while Metro Air Park has gained a company working in an industry tied to grid reliability, renewable power and domestic production. After nearly two years of planning and recruitment, the facility is ready to move from promise to production. The next measure of its impact will come through the jobs created, battery systems manufactured and additional investment drawn to the region. Sacramento, California - A quick lift of a garbage lid could soon reveal whether... July 14, 2026 Sacramento, California - A Saturday morning trip to the farmers' market will come with... July 14, 2026 Sacramento, California - A firearm briefly visible near the Old Sacramento boardwalk set off... July 14, 2026 Sacramento, California - A blocked bike lane can look like a minor parking violation... July 14, 2026 Sacramento, California - A long vacant stretch of Stockton Boulevard has been given a... July 11, 2026 Sacramento, California - Sacramento County residents who hold concealed carry permits will soon be... July 11, 2026 Sacramento, California - A quick lift of a garbage lid could soon reveal whether... July 14, 2026 Sacramento, California - A Saturday morning trip to the farmers' market will come with... July 14, 2026 Sacramento, California - A firearm briefly visible near the Old Sacramento boardwalk set off... July 14, 2026
Peak Energy has signed an agreement with RWE Americas to pilot its proprietary passively cooled sodium-ion battery storage system in Eastern Wisconsin. The deployment marks the first use of next-generation sodium-ion technology in the MISO grid region. Founded in 2023 by veterans from Tesla, Enovix and Apple, Peak Energy's system eliminates cooling requirements and reduces maintenance costs, lowering lifetime energy storage costs by approximately $70/kWh—roughly half the current battery system price. The technology operates safely across wide temperature ranges without performance degradation. RWE Americas, which operates approximately 13 GW of assets in the US, will test the technology at its Eastern Wisconsin laboratory. Peak Energy claims its system could reduce total storage costs by over 25% compared to conventional lithium-ion solutions.
Peak Energy has signed an agreement with RWE Americas to deploy the first sodium-ion grid storage battery on the Midcontinent Interconnected System Operator (MISO) network in Eastern Wisconsin. The pilot project will test Peak Energy's proprietary passively cooled sodium-ion battery technology. Founded in 2023 by veterans from Tesla, Enovix and Apple, Peak Energy claims its system reduces lifetime energy storage costs by approximately $70/kWh through eliminating routine maintenance, removing cooling systems and reducing capacity overbuild. The company's GS1.1 systems reportedly cut total storage costs by over 25% compared to conventional lithium-ion solutions. A 2025 Aurora Energy Research study found that installing 10 GWh of battery storage capacity in MISO over the next decade could reduce total system costs by $27 billion.
Energy Vault, Peak Energy partner to develop ai-dedicated energy storage architecture. Key Highlights * Energy Vault has partnered with Peak Energy to develop AI-focused energy storage solutions. * The collaboration includes a 1.5 GWh offtake agreement for U.S.-made sodium-ion batteries. * The solution targets AI Neoclouds and AI-first data centre operators. The partnership supports domestic sourcing to qualify for U.S. investment tax credits. Energy Vault Holdings Inc. has entered into a strategic partnership with Peak Energy to jointly develop energy storage systems tailored specifically for AI-driven data centre infrastructure. As part of the agreement, Energy Vault has secured an initial 1.5 gigawatt-hour (GWh) offtake of Peak Energy's U.S.-manufactured sodium-ion battery technology. The collaboration reflects growing pressure on traditional power infrastructure as artificial intelligence workloads drive unprecedented demand for reliable, scalable, and cost-effective energy solutions. Building storage for ai-first data centres. The companies plan to co-develop a next-generation energy storage architecture designed for AI Neoclouds and AI-first data centre operators. The system will integrate Peak Energy's sodium-ion battery technology with Energy Vault's proprietary system design and Vault OS software controls. This integrated solution will be deployed exclusively within Energy Vault's modular data centre offering, positioning the company to address the unique power-density, safety, and deployment challenges associated with AI infrastructure. "The rapid growth of AI is exposing fundamental limitations in conventional power infrastructure," said Marco Terruzzin, Chief Revenue Officer at Energy Vault. "This solution enables faster deployment, lower cost, and improved safety by combining Energy Vault's integration platform with Peak's sodium-ion technology." Securing domestic supply and tax credit eligibility. In addition to the technology collaboration, Energy Vault has signed a definitive supply agreement for 1.5 GWh of Peak Energy's sodium-ion battery systems. By locking in domestic supply, the company ensures its battery energy storage systems (BESS) and AI infrastructure projects can qualify for U.S. Domestic Content Investment Tax Credits (ITC). This move aligns with broader industry efforts to strengthen local supply chains while reducing exposure to international battery sourcing risks. Expanding global reach. Beyond the U.S. market, Energy Vault has also secured exclusive channel partner rights for Peak Energy's sodium-ion technology in Australia and Japan. The agreement positions Energy Vault to extend its AI-focused energy storage solutions into key international markets where demand for data centre capacity continues to accelerate. Peak Energy, founded in 2023, focuses on grid-scale sodium-ion battery energy storage systems designed as an alternative to lithium-based technologies, offering potential advantages in cost, safety, and material availability. February 12, 2026 February 11, 2026 February 7, 2026 February 6, 2026 January 29, 2026 January 28, 2026
Peak Energy secures landmark 4.75 GWh sodium-ion contract with Jupiter Power. U.S.-based energy storage developer Peak Energy announced a multi-year, phased agreement with Jupiter Power LLC, a major operator of utility-scale battery energy storage systems, to supply up to 4.75 gigawatt-hours (GWh) of sodium-ion battery technology. The supply agreement, scheduled for deployment between 2027 and 2030, underscores increasing confidence in the commercial viability of sodium-ion as an alternative to lithium-ion for large-scale grid applications. The deal's first phase involves the delivery of approximately 720 megawatt-hours (MWh) of storage capacity in 2027. According to the company, this initial delivery represents the largest single deployment of sodium-ion batteries announced globally to date. The overall contract, which includes an option for a further 4 GWh reservation spanning 2028 through 2030, could exceed $500 million in value. The transition toward non-lithium battery chemistries is being driven by the need for stable, cost-effective energy storage to manage rising grid demand, fueled in part by expanding data centers and Artificial Intelligence (AI) operations. Unlike lithium, sodium is abundant and widely accessible, offering the potential for improved supply chain security. Peak Energy claims its sodium-ion batteries offer several operational advantages, including lower operations and maintenance (O&M) costs and reduced degradation over the system's twenty-year lifespan compared to existing lithium-ion technology. The system utilizes a proprietary, passively cooled design that eliminates the need for active cooling, which the company states cuts auxiliary power consumption by up to ninety-seven percent. Landon Mossburg, chief executive officer and co-founder of Peak Energy, stated that the scale of the deployment "proves that sodium is ready for today" in grid-scale storage. Mike Geier, Chief Technology Officer at Jupiter Power, said the company was excited to support domestic battery manufacturing and called Peak Energy's innovation approach a "potential game changer for the industry." This agreement follows the recent commercial launch of Peak Energy's grid-scale sodium-ion system. While China currently leads global sodium-ion deployment, the partnership between Peak Energy and Jupiter Power signals a significant step forward in establishing and scaling a domestic sodium-ion battery supply chain within the United States.