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Xos Releases White Paper Mapping the 117 MWh Zero-Emission Power Gap Across LA28’s Olympic Venues

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Xos (NASDAQ: XOS) released a white paper, “Powering the Venues: A Zero-Emission Venue Power Solution for the LA 2028 Games,” mapping over 117 MWh of daily power demand across 40+ LA28 Olympic and Paralympic venues in nine zones.

The analysis concludes that diesel generators and permanent grid connections cannot jointly satisfy LA28’s commitments to 100% renewable electricity and no new permanent infrastructure. Xos proposes its mobile AC Power Hub and Solar System, detailing modular units with up to 630 kWh of storage and 300 kW output, and a mapped deployment of 37 Hubs totaling about 9.1 MW and 20,160 kWh. Xos notes eight Xos Hub units already deployed with LADWP.

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Positive

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Negative

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Market Context

Insider records show 414272 shares sold and zero bought during the analyzed 90-day period. Against t...
Analysis

Insider records show 414272 shares sold and zero bought during the analyzed 90-day period. Against that context, this announcement is a deployment framework; watch for disclosed customer commitments and economics.

Key Figures

Daily venue power demand: 117,000 kWh (117 MWh) Venue network: 40+ sites across 9 geographic zones Hub battery capacities: 210, 420, or 630 kWh +5 more
8 metrics
Daily venue power demand 117,000 kWh (117 MWh) Across Olympic venues
Venue network 40+ sites across 9 geographic zones LA28 venues
Hub battery capacities 210, 420, or 630 kWh LFP battery options
Hub AC power Up to 300 kW total Hub 630
Modular venue scale Up to 6.3 MWh Units scaled across a venue
Solar output 90 kW from 152 panels Xos Solar System
Mapped Hub deployment 37 units, roughly 9.1 MW, and 20,160 kWh Three venue archetypes
Existing LADWP deployment 8 Xos Hub units Los Angeles Department of Water and Power

Historical Context

5 past events · Latest: Jun 30 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Jun 30 LA28 charging white paper Positive -2.6% White paper mapped a 588 MWh daily charging gap across Olympic venues.
Jun 09 Follow-on Hub order Positive +2.2% Autonomous fleet operator placed an approximately $3 million order for 12 Hub units.
Jun 04 GFX product showcase Positive -10.2% Xos showcased electric vehicles, powertrains, and mobile charging at Government Fleet Expo.
Jun 02 Power Hub launch Positive +234.5% Xos launched a 2.5 MWh Power Hub series for grid-independent energy storage.
May 14 Q1 earnings report Positive +7.6% Q1 revenue reached $11.2 million with record gross margin of 38.6%.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Historical reactions were mixed: three positive announcements aligned with gains, while two events diverged with declines.

Key Terms

lfp battery, grid-independent, ul1973, ul1741, +1 more
5 terms
lfp battery technical
"Each mobile, battery-buffered unit draws on a 210, 420, or 630 kWh LFP battery"
A LFP battery is a lithium-ion battery that uses lithium iron phosphate for its internal chemistry, offering greater safety and longer life but somewhat lower energy density than other lithium batteries. For investors, LFP matters because it tends to be cheaper and more durable—like choosing a sturdy, low-maintenance car over a high-performance sports model—so widespread adoption can shift cost structures, supply-chain winners, and demand patterns in electric vehicles and grid storage.
grid-independent technical
"grid-independent operation at remote venues such as Sepulveda Basin"
Grid-independent describes a facility, system, or asset that can operate without relying on the public electricity network, using on-site generation and storage like solar panels, batteries, or backup generators. For investors it signals greater resilience to power outages, potential cost savings and regulatory advantages, and exposure to growth in decentralized energy — akin to a home with its own well instead of depending on the municipal water supply.
ul1973 regulatory
"holds UL1973, UL1741, and UL9540A test data"
UL 1973 is a safety standard published by Underwriters Laboratories that sets requirements for rechargeable battery systems used in stationary storage, vehicle auxiliary power, and similar applications. Think of it as a building code for batteries: meeting it shows a product has passed tests for electrical, mechanical and fire safety, which matters to investors because certification affects market access, legal risk, insurance costs and customer confidence.
ul1741 regulatory
"holds UL1973, UL1741, and UL9540A test data"
A safety and performance standard for inverters, converters and related equipment used with renewable energy and battery systems, specifying electrical, anti-islanding, and grid-interconnection requirements. Think of it like an official safety inspection sticker that shows a device meets technical and regulatory rules for connecting to the power grid. For investors, UL1741 certification affects a product’s ability to be sold, installed, permitted, insured and accepted by utilities, which can influence market access and project timelines.
ul9540a regulatory
"holds UL1973, UL1741, and UL9540A test data"
A safety test standard that checks whether a battery or energy storage system will catch fire and then spread that fire to nearby units; it subjects the system to an internal cell failure and measures how heat, gases, and flames behave. Investors care because passing the test makes installations easier to approve, lowers insurance and liability risk, and can affect a product’s market acceptance and resale value—think of it as a fire-safety stress test for batteries.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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  • LA28’s twin commitments, 100% renewable electricity at every venue and no new permanent infrastructure, cannot both be met by diesel generators or by permanent grid connections
  • The white paper identifies more than 117 MWh of daily venue power demand across 40+ venues and nine geographic zones, based on published benchmarks and stated planning assumptions
  • Xos already has eight Xos Hub™ units deployed with the Los Angeles Department of Water and Power (LADWP)

LOS ANGELES, Aug. 03, 2026 (GLOBE NEWSWIRE) -- Xos, Inc. (NASDAQ: XOS) (“Xos” or the “Company”), a provider of electric commercial vehicles and mobile charging and power solutions, today released Powering the Venues: A Zero-Emission Venue Power Solution for the LA 2028 Games, a detailed analysis of the energy challenge facing the venues of the 2028 Olympic and Paralympic Games. The white paper examines the power required to run more than 40 competition venues on renewable energy without permanent grid infrastructure, and finds that neither of the two conventional options, diesel generators or permanent grid connections, can satisfy both of the commitments LA28 has made.

This white paper proposes the Xos AC Power Hub and Xos Solar System ecosystem as an alternative to both diesel and permanent infrastructure. Its central finding is that LA28’s two defining commitments, 100% renewable electricity at every venue and a radical reuse policy that returns every temporary venue to its original state and leaves no new permanent infrastructure behind, rule out the conventional approaches: diesel generators cannot meet the zero-emission standard, and permanent grid connections, the method Paris 2024 used, leave behind exactly the fixed infrastructure LA28 has committed not to build. Mobile, modular power that deploys in days and redeploys after the Games is the only option that meets both commitments at once.

From Two Commitments to One Solution

  • The two conventional options each fail a different commitment. Diesel powered temporary venues at recent Games at scale, with 46 generators at the Beijing 2008 broadcast center and 4 million liters of fuel across London 2012, but it cannot meet a zero-emission standard. Permanent grid connections are clean where the grid is clean, yet they conflict with LA28’s commitment to return every temporary venue to its original state.
  • The venue network requires significant daily energy. The white paper identifies more than 117,000 kWh (117 MWh) of daily venue power across 40+ sites in nine geographic zones, for lighting, broadcast, communications, security, catering, and competition operations, delivered entirely from renewable sources without permanent grid infrastructure and during peak summer grid demand.
  • Paris 2024 proved a zero-emission Games is possible, but not portable. Its grid-connection method depended on conditions Los Angeles does not share: venues within a 10-kilometer radius, a national grid already 95% emissions-free, and a policy that welcomed permanent connections. LA28’s venues stretch across nine zones, its grid runs at 64% clean energy today, and its reuse policy rules out permanent infrastructure.
  • The Xos ecosystem is designed to address what neither conventional option can: deployment in days not months, grid-independent operation at remote venues such as Sepulveda Basin, Long Beach, and Malibu, peak-demand buffering at grid-connected sites, and renewable energy that can be traced from source to load rather than claimed through certificates.
  • How the Xos AC Power Hub works. Each mobile, battery-buffered unit draws on a 210, 420, or 630 kWh LFP battery and delivers up to 150 kW of AC power across two independent channels, up to 300 kW total on the Hub 630, accepting input from multiple sources at once, including on-site solar, and standing up within days with no permits, no excavation, and nothing installed permanently. Units are modular and scale across a venue to 6.3 MWh. The paired Xos Solar System generates 90 kW of solar output from 152 panels, feeding the Hub with no utility connection at all.
  • The Xos ecosystem is already sized to the venues. The white paper maps 37 units across three venue archetypes (grid-buffered, full ecosystem, and off-grid solar-led), totaling roughly 9.1 MW of installed Hub power and 20,160 kWh of storage, with each venue equipped only to what its conditions require.
  • The equipment is mobile and can redeploy after the Games. Because every unit is mobile, the fleet can redeploy when the Games close, into uses such as emergency power for wildfire and heat events, cooling and community resource centers, film and television production, and live events, rather than being dismantled or returned to a rental pool.

“Powering every venue on renewable energy, across nine zones, without leaving a single permanent connection behind is a specific infrastructure challenge, and it is the one this white paper answers. Diesel breaks the zero-emission promise and permanent grid lines break the reuse promise, while mobile energy storage meets both: it deploys in days, redeploys between venues, and leaves lasting clean-energy infrastructure for the region afterward. Xos has operated its Hub platform in Los Angeles for years, and the AC Power Hub is built on that platform for the scale, the timeline, and the two commitments that define these Games,” said Dakota Semler, Chief Executive Officer of Xos.

Built on Infrastructure Already in Place

Xos brings direct experience in this market to the analysis. The Company is headquartered in Los Angeles and has deployed eight Xos Hub™ units, its mobile DC fast-charging system, with the Los Angeles Department of Water and Power (LADWP), the municipal utility of the City of Los Angeles. Its customers include Highland Electric Fleets, the Games’ official electric school bus provider, and Blue Bird Corporation, a Xos powertrain customer. The AC Power Hub is designed in California and manufactured on an existing Xos line in Tennessee, is Buy American compliant, holds UL1973, UL1741, and UL9540A test data, and is available to public buyers through Sourcewell, GSA, and OMNIA Partners procurement vehicles.

“The framework for the Games is largely defined: the venues, the sustainability commitments, the timeline. What is still open is how clean, reliable power reaches more than 40 venues across nine zones without a multi-year utility construction queue and without leaving infrastructure behind,” said Giordano Sordoni, Chief Operating Officer of Xos. “Mobile energy storage answers that with power that can be deployed where it is needed, sized to each venue, and moved as operations change, which is the capability Xos has spent years building into the Hub.”

Xos developed Powering the Venues to support the planning now underway for zero-emission operations at the 2028 Games, and to show how mobile energy storage can be deployed in time to meet the region’s goals. The white paper is available to qualified media and stakeholders through the contacts below.

Download the white paper here.

About Xos

Xos is a leading energy storage and fleet electrification solutions provider. The Xos Hub is a proactive, movable power source delivering high-capacity output and high-speed charging in one. Xos vehicles and fleet management software are purpose-built for medium- and heavy-duty commercial vehicles that travel on last-mile, back-to-base routes. The Company leverages its proprietary technologies to provide a diverse customer base with rapid-deployment energy storage and charging solutions and commercial fleets with battery-electric vehicles that are easier to maintain and more cost-efficient on a total cost of ownership (TCO) basis than their internal combustion engine counterparts. For more information, visit www.xostrucks.com.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. Forward-looking statements generally are identified by the words “believe,” “project,” “expect,” “anticipate,” “estimate,” “intend,” “strategy,” “future,” “opportunity,” “plan,” “may,” “should,” “will,” “would,” “will be,” “will continue,” “will likely result,” and similar expressions. These statements are based on the current expectations and beliefs of Xos management and are subject to uncertainty and changes in circumstances. Actual results may differ materially from those expressed or implied by these forward-looking statements due to risks and uncertainties, including market demand, competitive conditions, manufacturing capabilities, supply chain constraints, tariff impacts, regulatory changes, and other factors described in Xos’s filings with the Securities and Exchange Commission, including its Annual Report on Form 10-K and Quarterly Reports on Form 10-Q. Xos undertakes no obligation to update these forward-looking statements.

Media Contact
Diana Carvajal
Marketing, Communications, and Public Relations
marketing@xostrucks.com 

Investor Contact
Xos Investor Relations
ir@xostrucks.com
investors.xostrucks.com


FAQ

What does the new Xos (NASDAQ: XOS) white paper on LA28 venue power propose?

The white paper proposes using the Xos AC Power Hub and Xos Solar System to power LA28 venues with mobile, zero-emission energy. According to Xos, this ecosystem aims to meet 100% renewable electricity and no-new-infrastructure commitments across more than 40 venues in nine zones.

How much zero-emission power does Xos estimate LA28 venues will need each day?

Xos estimates LA28 venues will require more than 117,000 kWh (117 MWh) of daily power. According to Xos, this covers lighting, broadcast, communications, security, catering and competition operations, all supplied from renewable sources without new permanent grid infrastructure during peak summer grid demand.

How does the Xos AC Power Hub work for potential LA28 Olympic venue use?

The Xos AC Power Hub is a mobile, battery-buffered unit delivering up to 300 kW of AC power with storage options up to 630 kWh. According to Xos, it accepts multiple inputs, including on-site solar, deploys within days, requires no permits, and scales venue storage to 6.3 MWh.

How many Xos power units does the white paper map across LA28 venues, and at what capacity?

The white paper maps 37 Xos AC Power Hub units across three venue archetypes for LA28. According to Xos, this configuration totals roughly 9.1 MW of installed Hub power and 20,160 kWh of storage, tailored to each venue’s specific power conditions and needs.

How is Xos already working with LADWP ahead of the LA28 Olympic Games?

Xos reports it has deployed eight Xos Hub units with the Los Angeles Department of Water and Power. According to Xos, these mobile DC fast-charging systems demonstrate existing operational experience in Los Angeles that underpins its proposed AC Power Hub solution for LA28 venue power needs.

Is the Xos AC Power Hub Buy American compliant and available to public buyers?

According to Xos, the AC Power Hub is designed in California, manufactured in Tennessee, and is Buy American compliant. It holds UL1973, UL1741, and UL9540A test data and is available to public-sector buyers through Sourcewell, GSA, and OMNIA Partners procurement programs.

Why does Xos argue diesel generators and permanent grid connections do not fit LA28 commitments?

Xos argues diesel generators cannot meet LA28’s 100% renewable, zero-emission commitment, while permanent grid connections conflict with the no-new-infrastructure policy. According to Xos, only mobile, modular energy storage and solar systems can simultaneously satisfy both sustainability and venue reuse requirements.