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NOMAD Announces Operational Deployment of Two Mobile Battery Systems by DSO Electric Cooperative

(Very Positive)
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NOMAD Power Solutions (Nasdaq: NMAD) announced that Kansas-based DSO Electric Cooperative has placed two customer-owned NOMAD Traveler battery energy storage systems into ongoing seasonal operation. The decision follows a 2025 peak-shaving pilot that projected over $100,000 in seasonal demand charge savings, after which DSO purchased the two units.

The mobile BESS units are now part of DSO’s peak-demand management strategy, aimed at reducing wholesale power costs and adding flexible, rapidly deployable grid capacity. According to NOMAD, the systems were integrated into DSO’s distribution network in less than one day with minimal site preparation and can be redeployed as system needs change.

NOMAD highlights additional use cases for its transportable systems, including planned maintenance, temporary substation capacity, emergency response, storm restoration, renewable integration, and supporting rising demand from AI and hyperscale data centers.

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Positive

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Negative

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Market reaction after two-unit battery deployment: NMAD -9.48%

-9.48% $4.01
15m delay
-9.48% Vs previous close
$4.01 Last Price
$4.00 $4.68 Day Range
$73.65M Market Cap
1.0x Rel. Volume

Following this news, NMAD has declined 9.48%, reflecting a notable negative market reaction. Our momentum scanner has triggered 9 alerts so far, indicating moderate trading interest and price volatility. The stock is currently trading at $4.01.

Data tracked by StockTitan Argus (15 min delayed). Upgrade to Gold for real-time data.

Market Context

NOMAD’s recent news record showed positive 24-hour reactions of 1.91% and 13.61%. This deployment ad...
Analysis

NOMAD’s recent news record showed positive 24-hour reactions of 1.91% and 13.61%. This deployment adds customer-ownership evidence, while the absence of recent insider activity leaves no transaction signal to weigh.

Key Figures

Projected seasonal demand savings: over $100,000 Systems purchased: 2 systems Pilot year: 2025 +1 more
4 metrics
Projected seasonal demand savings over $100,000 2025 peak-shaving pilot
Systems purchased 2 systems DSO Electric Cooperative ongoing seasonal operation
Pilot year 2025 DSO peak-shaving pilot
Network integration time less than one day Two NOMAD Traveler units during the 2025 pilot

Historical Context

2 past events · Latest: Jul 15 (Positive)
Pattern 2 events
Date Event Sentiment 24h Move Catalyst
Jul 15 Executive leadership Positive +1.9% Subsidiary leadership appointments were followed by a 1.91% 24-hour increase.
Jul 08 Fleet capacity increase Positive +13.6% Voyager fleet capacity launch was followed by a 13.61% 24-hour increase.

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

Pattern Detected

The two available recent news events both produced positive 24-hour reactions, with the larger move following the Voyager fleet capacity announcement.

Key Terms

bess, peak-shaving, demand charges, hyperscale data center
4 terms
bess technical
"NOMAD Battery Energy Storage Systems (BESS) into ongoing seasonal operation"
BESS stands for Battery Energy Storage System, a technology that stores electricity for later use. Think of it as a large rechargeable battery that can hold excess power generated during times of low demand and release it when usage is high, helping balance supply and demand. This is important for investors because it supports the stability of energy grids, enables the integration of renewable sources, and can create new opportunities for profitability in the energy market.
peak-shaving technical
"Deployment follows a successful peak-shaving pilot"
A strategy that reduces or shifts the highest moments of electricity use to lower overall demand, often by using batteries, on-site generation, or timed operations. Investors care because peak-shaving lowers energy costs, cuts the need for expensive grid upgrades or charges, and can improve a company’s profit stability—think of it as smoothing out a stormy day of bills so forecasts become more predictable.
demand charges financial
"help utilities reduce demand charges and better manage short-duration spikes"
Demand charges are a portion of commercial or industrial electricity bills based on the highest level of power a customer uses during a short interval, typically measured in kilowatts over a 15- or 30-minute window. They matter to investors because these charges can be a large, unpredictable part of operating costs for energy-intensive businesses, similar to a peak shipping fee that raises monthly expenses even if average usage is low.
hyperscale data center technical
"rising electricity demand associated with AI infrastructure and hyperscale data center deployment"
A hyperscale data center is a very large, highly automated facility designed to house thousands of servers and networking devices that can quickly expand to handle massive computing and storage needs. For investors it matters because these centers support cloud services, streaming and AI workloads that drive steady, high-volume revenue; owning or serving hyperscale capacity signals scale, lower per-unit costs and exposure to fast-growing digital demand.

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

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Deployment follows a successful peak-shaving pilot that projected over $100,000 in seasonal demand cost savings 

Boca Raton, Fla., July 29, 2026 (GLOBE NEWSWIRE) -- NOMAD Power Solutions, Inc. ("NOMAD" or the "Company") (Nasdaq: NMAD), through its wholly owned subsidiary NOMAD Transportable Power Systems, today announced that DSO Electric Cooperative has placed two customer-owned NOMAD Battery Energy Storage Systems (BESS) into ongoing seasonal operation following the successful completion of a 2025 peak-shaving pilot and purchase of the systems.

The NOMAD Travelers are part of Kansas-based DSO’s seasonal peak-demand management strategy, helping the cooperative reduce wholesale electricity costs while providing flexible, rapidly deployable grid capacity. The 2025 pilot projected over $100,000 in seasonal demand charge savings, prompting DSO to purchase the two units for continued use. 

“DSO’s transition from a pilot participant to an owner-operator provides validation of both our technology and the value proposition of transportable energy storage,” said Geordan Pursglove, Chief Executive Officer of NOMAD. “Utilities need new ways to address rising electricity demand, aging infrastructure, and long lead times for conventional grid expansion. NOMAD gives them the flexibility to deploy utility-scale storage where it is needed, reposition it as operating requirements change, and avoid many of the siting and construction constraints associated with permanent installations.”

Electric cooperatives and utilities typically purchase wholesale power based in part on their peak periods of electricity demand, when even brief usage spikes can significantly affect monthly charges. By utilizing periods of low demand to power the batteries and deploying stored energy during peak-load events, NOMAD’s mobile battery systems can help utilities reduce demand charges and better manage short-duration spikes in electricity consumption.

During the 2025 pilot, two NOMAD Traveler units were integrated into DSO’s distribution network in less than one day, with minimal site preparation. The project demonstrated that mobile battery energy storage can meet seasonal peak-demand requirements without committing assets to a single location for their entire operating lives.

“The pilot demonstrated that NOMAD’s mobile battery systems could help us manage peak demand while providing the flexibility to deploy the assets as our system needs change,” said Derrick Rutherford, Chief Administrative Manager at DSO Electric Cooperative. “Based on the pilot’s results, we elected to purchase the two units and incorporate them into our ongoing seasonal operations as part of our broader effort to manage wholesale power costs for our members.”

In addition to peak-demand management, transportable battery energy storage systems can be deployed for planned maintenance, temporary substation capacity, emergency response, storm restoration, renewable energy integration, and other applications requiring deployable grid support. Because the systems can be relocated, utilities can use a single asset across multiple locations and applications as operating requirements evolve. The same rapidly deployable systems can also help address rising electricity demand associated with AI infrastructure and hyperscale data center deployment.

"The electric grid of the future will require infrastructure that is not only intelligent and resilient but also flexible,” said John Travaglini, President of NOMAD Transportable Power Systems, the subsidiary of parent company NOMAD Power Solutions. "As electricity demand grows and utilities face increasingly lengthy infrastructure development timelines, we believe mobility will become an important characteristic of next-generation grid assets. DSO’s move into ongoing operations demonstrates how transportable energy storage can progress from a targeted pilot project to an integral part of a utility’s long-term operating strategy."

About NOMAD Power Solutions, Inc.

NOMAD Power Solutions, Inc. (Nasdaq: NMAD), through its wholly owned subsidiary NOMAD Transportable Power Systems, is a leader in transportable, utility-grade battery energy storage systems. The Company's mobile BESS platforms deliver rapidly deployable, scalable energy solutions for electric utilities, AI infrastructure, data centers, commercial and industrial customers, emergency response, renewable energy integration, and grid modernization. By mobilizing energy storage, NOMAD enables customers to deploy power where and when it is needed—without waiting for permanent infrastructure.

For more information, please visit https://ir.nomadpower.com/.

About DSO Electric Cooperative

DSO Electric Cooperative is a member-owned electric cooperative headquartered in Solomon, Kansas, serving communities throughout central Kansas. The cooperative is committed to delivering safe, reliable, and affordable electric service while investing in innovative technologies that improve operational performance and create long-term value for its member-owners.

Investor Contact
PondelWilkinson, Inc Investor Relations, pwinvestor@pondel.com
Todd Kehrli: (310) 279-5961; tkehrli@pondel.com
Michael Wichman: (917) 526-0855; mwichman@pondel.com


FAQ

What did NOMAD Power Solutions (NASDAQ: NMAD) announce about DSO Electric Cooperative on July 29, 2026?

NOMAD Power Solutions announced that DSO Electric Cooperative placed two customer-owned NOMAD Traveler mobile battery systems into ongoing seasonal operation. According to NOMAD, this follows a 2025 peak-shaving pilot and subsequent purchase of the units for continued use in DSO’s grid operations.

How much demand charge savings did NOMAD’s 2025 pilot project for DSO Electric Cooperative?

The 2025 pilot with DSO Electric Cooperative projected over $100,000 in seasonal demand charge savings. According to NOMAD, these projected savings helped prompt DSO’s decision to purchase the two NOMAD Traveler units and integrate them into the cooperative’s ongoing seasonal peak-demand strategy.

How quickly were NOMAD (NMAD) mobile battery systems integrated into DSO’s grid?

NOMAD reports its two Traveler units were integrated into DSO’s distribution network in less than one day. According to NOMAD, this required minimal site preparation and demonstrated that mobile battery energy storage can meet seasonal peak-demand needs without long-term commitment to one location.

How are DSO’s NOMAD Traveler units being used in ongoing seasonal operations?

DSO is using the NOMAD Traveler units as part of its seasonal peak-demand management strategy to help reduce wholesale power costs. According to NOMAD, the mobile systems allow DSO to charge during low demand and discharge during peaks while retaining flexibility to redeploy assets over time.

What additional grid applications does NOMAD (NASDAQ: NMAD) highlight for its mobile BESS systems?

NOMAD highlights applications including planned maintenance, temporary substation capacity, emergency response, storm restoration, and renewable energy integration. According to NOMAD, the transportable systems can also support rising electricity demand from AI infrastructure and hyperscale data centers by providing rapidly deployable, relocatable grid capacity.

Why does NOMAD say mobility is important for next-generation grid assets like its Traveler systems?

NOMAD states that future grid infrastructure must be intelligent, resilient, and flexible, with mobility a key characteristic. According to NOMAD, transportable storage lets utilities reposition assets as needs evolve and address long infrastructure timelines while integrating solutions such as AI-driven and data center-related demand.