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Archive for the ‘Power’ Category

Power HIVE: Managing Power Across Base, Mobile, and Dismounted Applications

Friday, October 9th, 2026

On the modern battlefield, electrical power at the tactical edge is a prerequisite for maintaining situational awareness, targeting, ISR, command and control, and survivability. Small units require power sources that are portable, rugged, reliable, and have a low thermal, acoustic, and electromagnetic signature.

The Iris Technology Power HIVE Power Management and Distribution System prioritizes connected loads and delivers up to 1.5 kW of managed power output. With six standard BB-2590 batteries topped up from any available AC/DC power source, the system automatically transitions between external and battery power. This enables battery replacement without interrupting the supported load. Each BB-2590 battery is managed by a smart charging algorithm on a per-battery basis, capable of safe recovery and achieving maximum charging speeds, with visibility into individual battery status and input/output power.

Power HIVE’s DC input accepts compatible power sources such as vehicle batteries, fuel cells, and solar sources. Its flexible, modular architecture makes the Power HIVE the portable mission power node that keeps radios, UAS platforms, EW systems, and other tactical electronic equipment mission-capable.

Forward operations

At a CP, TOC or FOB, the Power HIVE can power connected radios, computers, and other electronic equipment, while simultaneously replenishing its attached BB-2590 batteries from an external AC/DC source.

Battery replenishment happens within the same system that distributes power to the equipment, but mission loads take priority. If the power source drops, the Power HIVE transitions to battery power to keep the supported equipment operating.

Iris Technology’s Power HIVE also includes a visual display so users can monitor the load on each battery. Users can replace individual batteries as needed, while the remaining batteries or external power source carry the supported load.

Vehicle-supported operations

In a vehicle-supported setup, Power HIVE can draw from a compatible vehicle power connection while managing its BB-2590 bank. When vehicle power is disconnected, the batteries take over. This delivers a tactical power architecture that transitions seamlessly between vehicle-supported and battery-powered operation without interrupting the supported equipment.

For radio applications, Power HIVE pairs with Merlin Handheld+ to supply an AN/PRC-163 through the radio adapter. Merlin Handheld+ draws from the connected external source to offset radio battery drain and uses surplus power to recharge the attached battery.

UAS and C-UAS ground support

For UAS and counter-UAS applications, potential loads include compatible ground-control equipment, sensors, networking and processing hardware. Power HIVE can provide a managed power supply for those ground systems.

The application starts with the equipment’s voltage, sustained and peak power requirements, and interfaces. Those requirements determine which loads Power HIVE supports through its bank of BB-2590s when external auxiliary power is unavailable. Combined with its hot-swap 2590 battery replacement capability, Power HIVE provides an uninterruptible power supply for mission-critical UAS and C-UAS capabilities at the tactical edge.

Additionally, Power HIVE includes two ruggedized USB-C EPRconnections rated up to 240 W each, within the system’s shared output budget. Along with CAN bus connectivity and power telemetry, Power HIVE delivers the tactical power architecture that keeps UAS and C-UAS platforms up and running in the field.

The Iris Technology team will be at AUSA to discuss Power HIVE applications and configurations. Contact Iris Technology to arrange a meeting or discuss your operational needs.

Power HIVE specifications and configuration inquiries

Galvion Introduces SoloPack Arctic at AUSA 2026, Extending Soldier Power Capability to Extreme Cold Environments

Wednesday, October 7th, 2026

Galvion, a global leader in the design and manufacture of intelligent power and data management solutions, innovative head systems and integrated soldier systems, today announced the launch of its new Nerv Centr® SoloPack™ Arctic, an extreme-cold rechargeable battery designed to deliver reliable soldier power in Arctic operating environments. SoloPack Arctic will make its debut at AUSA 2026 in Washington, D.C., October 12–14, alongside Galvion’s full suite of Nerv Centr power and data solutions at Hall E, booth 7917.

Developed in collaboration with South 8 Technologies, SoloPack Arctic is the first product to emerge from the companies’ partnership announced in November 2025, which focused on applying South 8’s LiGas cell technology to Galvion’s field-proven SoloPack battery family for extreme-cold environments. The battery integrates South 8’s ARCTIC™ AE35 18650 cell, powered by the company’s proprietary LiGas® liquefied gas electrolyte technology. The AE35 cell is engineered to deliver power across a temperature range of -60°C to +60°C (-76°F to +140°F), extending lithium-ion performance into extreme-cold environments where conventional battery technologies can be significantly constrained, while maintaining capability across the full high-temperature operating range.

As modern military operations become increasingly dependent on powered equipment — including communications, navigation, sensing and situational-awareness systems — reliable energy has become mission-critical. Extreme cold adds another layer of complexity, making power performance and resilience an important component of Arctic operational readiness.

SoloPack Arctic builds on Galvion’s proven original SoloPack battery, retaining the familiar 98Wh, lightweight form factor while extending its capability for operations in extreme cold. At just 1.2 lbs (544 g), with an energy density of 178 Wh/kg, SoloPack Arctic provides a compact, soldier-worn power solution designed to integrate easily with existing equipment and power-management systems.

The AE35 cell also offers advantages beyond its extended temperature range. In cell-level ballistic penetration testing, South 8’s ARCTIC cells have demonstrated the ability to evacuate electrolyte following penetration, reducing burn duration to seconds at the individual cell level and reducing the risk of propagation to adjacent cells. This characteristic offers a potential benefit for soldier-worn power applications across operating environments, not only in extreme cold.

Initial quantities of SoloPack Arctic will be deployed in a number of upcoming U.S. Army field evaluations, including U.S. Army DEVCOM and International Cooperative Engagement Program for Polar Research (ICE-PPR)’s Operation Mjölnir, providing opportunities to evaluate performance in operationally relevant extreme-cold conditions.

Jonathan Blanshay, Founder and Executive Chairman of Galvion, said: “Arctic readiness is becoming an increasingly important requirement for the U.S. and allied forces, and reliable power is fundamental to operating effectively in those environments. Extreme cold exposes the limitations of equipment that performs well under normal conditions, so we need to ensure that the technologies soldiers depend on are ready to perform wherever the mission takes them.

SoloPack Arctic reflects our approach to capability development: identify a real operational challenge, bring together the right technologies and partners, and deliver a practical solution for the warfighter.”

US Army Announces Conditional Lease Solicitation Awards for Commercial Power Generation, Securing Installation Power Resilience

Wednesday, September 23rd, 2026

WASHINGTON — In a major step toward strengthening national defense and Army energy resilience, the U.S. Army announced today the conditional award of long-term leases to three companies to design, finance, build, and operate commercial power generation on Army installations.

By leveraging underutilized land on military installations, the Army is cooperating with industry leaders to establish power generation and energy resilience for its bases.

  • Aberdeen Proving Ground, Maryland and Picatinny Arsenal, New Jersey: Ameresco
  • Fort Detrick, Maryland; Letterkenny Army Depot, Pennsylvania; and West Point, New York: Indelible-Bloom
  • Tobyhanna Army Depot, Pennsylvania: Frontier Power USA

“The ability to provide backup power to our installations is critical to ensuring mission success and resiliency for our installations,” said Dr. Jeff Waksman, Principal Deputy Assistant Secretary of the Army for Installations, Energy and Environment. “These awards are translating national energy priorities into action — promoting American energy dominance.”

The projects include a potential mix of battery energy storage, natural gas and nuclear electric generation capabilities. These market-based resources will provide capacity to the grid and ready, on-site capabilities to their host installations.

The announcement is part of the Army’s Strategic Capital Initiatives (SCI), a landmark effort to engage with the private sector to accelerate enterprise-wide modernization.

Formal lease agreements with these companies are in the initial stages. Development is slated to begin as early as 2027, with an Initial Operating Capability targeted by, or ahead, of 2030.

A Proven Model and Value Returned to the Army

These conditional awards are made possible through an Enhanced Use Lease (EUL), a statutory authority under 10 U.S.C. § 2667. An EUL is a real estate agreement that allows the Army to lease non-excess, underutilized land to private-sector partners.

Importantly, an EUL is a leasehold agreement, not a land sale; the United States retains title to the leased property at all times. Under this structure, the Army acts purely as a landlord. The private party lessees bear all costs to finance, design, build, operate, secure, and decommission the facility.

In return for the use of the land, the lessee pays rent at or above fair market value. The Army prefers to receive this rent as “in-kind” consideration. This means that instead of cash, the lessee directly funds and executes infrastructure improvements on the host installation. This directly benefits Soldiers, families, and operations by upgrading utilities, enhancing infrastructure, and modernizing mission capabilities. Finally, a mandatory decommissioning bond ensures that funds are secured well in advance to return the land to its original condition when the lease ends.

American Businesses

To mitigate supply chain risks and prevent undue foreign influence, eligibility for these projects was strictly limited to entities organized under U.S. law, featuring majority domestic ownership and control, and maintaining a U.S. place of business. Furthermore, any in-kind infrastructure improvements delivered to the Army will adhere to Davis-Bacon prevailing wages and Buy American Act requirements.

Environmental & Mission Compatibility First

The Army remains committed to smart stewardship of its real property and the surrounding communities. Offerors are required to engage state and local authorities, assess local impact, and propose comprehensive mitigation strategies.

No construction will begin until rigorous environmental and regulatory reviews — including the National Environmental Policy Act (NEPA), Clean Air and Water Acts, and all required federal, state, and local permits — are fully complete. The selected parcels were specifically chosen to ensure compatibility with the ongoing missions of each host installation.

The conditional lease awards announced today follow other recent conditional EUL awards for a munitions facility at Pine Bluff Arsenal, and mineral processing facilities at multiple installations.

For more information, please visit the Army’s Strategic Capital Initiatives website.

Insights From Awardees:

“Ameresco is honored to be among the companies selected to support the U.S. Army’s Strategic Capital Initiatives and advance energy resilience across critical military installations. At Aberdeen Proving Ground in Maryland and Picatinny Arsenal in New Jersey, we look forward to deploying resilient, on-site energy infrastructure that strengthens mission readiness and enhances energy security. These projects represent a significant opportunity to advance both traditional firm power generation technologies and innovative nuclear solutions, helping establish a new generation of resilient, secure energy infrastructure for defense applications.”

— Nicole Bulgarino, Co-President of Ameresco

“Frontier Power USA (FPUSA) is honored to support the U.S. Army and its mission. We are proud to bring private capital and American innovation to Army installations, combining American-made battery energy storage with U.S.-compliant power generation to deliver resilient, mission-ready power at scale. We look forward to the opportunity to strengthen the Army’s energy security and America’s domestic industrial base.”

— Jay Bellows, CEO, FPUSA

“Indelible-Bloom is honored to support the legacy of service at Fort Detrick, Letterkenny Army Depot, and West Point, spanning medical advances, combat readiness, and generations of Army leadership. Dependable energy helps Soldiers and civilian personnel carry out their duties and sustains the communities their families call home. Our partnership with Bloom Energy draws on its experience providing reliable power to universities, research laboratories, hospitals, and other critical facilities. We are focused on bringing together the private investment and execution needed to turn the Army’s vision into lasting results.”

— Michael David White II, Chief Business Development Officer, Indelible-Bloom

Via US Army Public Affairs

Army Reaches Agreement with Private Industry for Nuclear Micro-Reactors

Monday, August 31st, 2026

WASHINGTON — The Department of the Army is announcing today that the Janus Program has selected five nuclear energy vendors, and five initial locations.

In partnership with the Department of War Innovation Unit (DIU), the Army is awarding up to a combined $2.2 billion to own, construct, and operate nuclear microreactors on military installations.  These vendors will deliver safe, secure, and reliable nuclear power, strengthening the Army’s ability to project power globally, while supporting the revitalization of American industrial capacity and technological leadership. With the private sector funding expected along with these government dollars, the Army expects more than 20 total nuclear microreactors will be built and operated across Department of War installations.

The five selected vendors and installations are as follows:

Antares Nuclear, Inc. – Fort Bragg, North Carolina

BWXT Advanced Technologies, LLC – Fort Campbell, Kentucky

General Atomics Electromagnetic Systems – Fort Hood, Texas

Radiant Industries, Inc. – Fort Benning, Georgia

Westinghouse Government Services – Fort Drum, New York

“Since launching the Janus Program, our mandate from President Trump and Secretary Hegseth has been clear: secure the power our warfighters need to train, deploy and win,” said Dan Driscoll, Secretary of the Army. “Awarding these contracts accelerates our ability to deliver safe, reliable baseload power directly to our installations. We are building the energy resilience necessary to project combat power globally, without relying on potentially vulnerable external grids.”

“The Janus Program is grabbing the baton from Project Pele and the [Department of Energy’s] Reactor Pilot Program,” said Dr. Jeff Waksman, principal deputy assistant secretary of the Army for Installations, Energy and Environment. “We are seeking not just reactors capable of turning on for a brief demonstration, but rather systems able to deliver power with high-capacity factors for years of operation. The Janus Program will be a complete success when and only when we have assisted multiple nuclear companies in developing truly reliable and affordable nuclear microreactors which they can sell to other buyers beyond just the military.”

After gathering technical and operational information from industry via an Area of Interest released by DIU, the Army down-selected potential industry awardees for negotiation of Other Transactions Authority-based agreements. A decision board and panel of top nuclear and technical experts from the Department of Energy, national laboratories and representatives across the services provided deeply rigorous input on the technical risks, financial situation, and management capabilities of the solutions. The close collaboration with technical experts and service representatives ensured selected vendors would provide solutions to enhance energy resilience for specific operational needs at military installations.

“When DOE created an authorization pathway for the demonstration of advanced reactor designs, we quickly began to realize how valuable these technologies could be for fortifying our national defense infrastructure,” said Assistant Secretary of Nuclear Energy Ted Garrish. “We are honored to work in lockstep with the Army to leverage nuclear energy innovation in support of our country’s military operations at home and abroad.”

The alignment of these vendors with Army installations represents the culmination of a year-long effort to evaluate and prioritize installations based on a multitude of factors from energy needs to seismic and hydrological considerations, all with a primary focus on safety. As the Janus Program moves forward, it is intended that these vendors will also site nuclear technologies on other service installations for continued energy resilience across the entire DOW. Additional Army and other Service sites will be announced at a later date. The Army continues to drive towards the September 2028 target outlined in President Trump’s Executive Order 14299 for operation of a first reactor, regulated by the Army, on a military installation.

“The Army is leading the nation in its return to nuclear preeminence via the Janus Program,” said Jason Craft, Janus Program manager. “Our selected industry awardees represent the most viable technologies to achieve this capability, setting conditions for both installation energy resilience and operational energy solutions.”

Using a milestone-based payment model, vendors will receive government funding only after successfully hitting specific technical goals. This investment model brings together approximately $2.2 billion across FY2027-2031 along with significant capital investment from each vendor. This technology development model will speed up the delivery of next-generation energy solutions to the warfighter and promote innovation while ensuring accountability. The prototype reactors will be contractor-owned and operated.

“We need more power. We need it delivered faster and cheaper, and we need it to be more reliable,” said Owen West, director, DIU. “With Janus, DIU is assisting the Army’s micro reactor build — speeding military energy production to protect the nation.”

Collaboration with utility providers is essential to the success of Army’s nuclear power strategy and the Janus Program. The Army will work closely with serving utilities and privatized utility providers on the Janus Program to ensure the best possible outcomes. The Army also invites continued collaboration with utilities both now and in the future on utility-scale, grid-facing power generation opportunities sited on Army installations.

“The Army’s Janus Program has my full support, said Emil Michael, the War Department’s Chief Technology Officer. “The War Department is acting swiftly to implement President Trump’s Executive Order, Deploying Advanced Nuclear Reactor Technologies for National Security, to deploy a nuclear reactor on a military installation by September 2028. We are unleashing America’s domestic nuclear industrial base to ensure a more resilient and secure energy supply for the joint force.”

Reliable energy underpins national defense. The down-selection to these five vendors represents a critical step forward in securing the operational readiness of our forces. The Army is committed to fortifying the defense and strength of the nation now and for future generations.

U.S. Army Communication and Outreach Office

USSOCOM Seeks Battery Bottles

Wednesday, August 26th, 2026

SOFWERX, in collaboration with USSOCOM Program Executive Office Maritime, Undersea (PEO-M-U), will host a virtual Assessment Event on 30 September 2026.

The PEO-M-U Program Office is engaging industry to determine the readiness of the manufacturing base to evaluate, fabricate, provide Objective Quality Evidence (OQE), and deliver an initial quantity of pressure-capable containment pods for the command’s Large Format, Propagation Resistant battery design.

The PEO-M-U develops and supports a family of manned submersibles that support the operation of our Warfighters. These manned submersibles are powered by large-format, propagation-resistant battery systems.  The Battery Systems require a watertight, pressure-resistant,and shock-resistant design to transport and protect the integrity and function of the batteries.

The Government is seeking cost and schedule estimates and technical (primarily manufacturability) review of several designs (to be provided as part of this solicitation).  The objective is to accumulate input from industry and select one or more vendors to manufacture and deliver one or more of the government-provided designs. The vendor will be responsible for reviewing the design(s) for manufacturability, assuming the Government will maintain Design Authority and perform applicable testing of the delivered pods.

U.S. Citizens Only

Submit NLT 08 September 2026 11:59 PM ET. Learn more at events.sofwerx.org/peo-m-battery-bottle.

MATBOCK Announces Immediate Availability of JLTV Hybrid-Electric Conversion Kits Following Major Contract Milestone

Monday, August 24th, 2026

Virginia Beach, VA — MATBOCK, an industry leader in bringing paradigm-shifting technologies to the defense market, is proud to announce the immediate availability of its Joint Light Tactical Vehicle (JLTV) Series Hybrid-Electric Powertrain Conversion Kits. This milestone follows the successful development advances made during the $17.3 million Phase 4 contract modification in partnership with the U.S. Army Rapid Capabilities and Critical Technologies Office (RCCTO).

MATBOCK was founded on the principles to bring innovative products to the market, and while most of our products are in the soft-goods space, we have always been on the cutting edge of tech development. That drive has led us to develop some of the most innovative soft-goods, digital direct and indirect weapons sights, a medical device, and most recently, a Series Hybrid-Electric powertrain system. Zach Steinbock initiated this concept nearly 6 years ago, and after multiple iterations, the MATBOCK JLTV HEV conversion kit is officially here.

The journey to full production required adaptability and vision. With less than a year remaining before completing the contract, MATBOCK made a hard strategic pivot to ensure the program remained on schedule and achieved total success by investing in a ground up build of the range extender with a commercial partner. This strategic decision was paramount to mission success, delivering the uncompromising reliability and durability that military customers demand.

“Without a doubt, overcoming the challenges of this project required true resilience from our entire engineering team,” said Zach Steinbock, Co-Founder and President of MATBOCK. “By making a calculated pivot to leverage a commercially proven powerplant for our range extender and countless hours of integration by our engineering teams, we not only kept the program on track but delivered a product that redefines what tactical vehicles can achieve. Providing immense power on the edge directly translates to increased mission capabilities, and we are thrilled to offer this modernization to fleets today.”

Modernizing the Fleet: Plug-and-Play Power on the Edge

The MATBOCK JLTV Conversion Kits are available now as bolt-on upgrades designed to help any customer with JLTVs in their inventory to rapidly modernize their fleet. Designed to Modular Open Systems Approach (MOSA) principles (DoDI 5000.87), the integration is completely reversible, requiring no permanent OEM vehicle modifications. This preserves existing vehicle warranties and fleet commonality while utilizing single-soldier connectors that require no specialized training. Using standard military tool sets, the kit can be installed at the depot or field level in under 24 hours.

Once integrated, it transforms the base platform into a Series Hybrid-Electric Vehicle capable of extraordinary performance:

  • Massive Performance Gains: The kit delivers a 130% improvement in range and a 200% improvement in acceleration, all with zero weight impact to the vehicle’s curb weight.
  • Tactical Stealth: A 125-mile Silent Mobility Range reduces acoustic and thermal signatures by over 80%, enabling extended silent watch and long-range reconnaissance operations without the use of combustion engines.
  • Exportable Power: True to MATBOCK’s promise of “Power and Propulsion on the Edge,” the system acts as a portable microgrid. It provides up to 250 kW of HVDC export power, 42 kW of AC export power, and 17.5 kW of LVDC power, easily supporting directed energy weapons, advanced communications, and off-platform microgrid operations.

The MATBOCK JLTV HEV Conversion Kit is ready to deploy today, ensuring warfighters have the mobility, stealth, and power generation they need to maintain an unfair advantage on the battlefield.

For more information, technical specifications, or to request a quote, please visit matbock.com or contact us at sales@matbock.com.

BC Customs Selected for US Army ISV-H Prototype Agreement

Saturday, August 1st, 2026

Honeyville Utah – July 30th 2026 – BC Customs (BCC) in association with Raglan, has been selected for the U.S. Army Other Transaction Agreement (OTA) [W912CH-26-9-A061] to build prototypes for the Infantry Squad Vehicle-Heavy (ISV-H). The program has an approved Army Acquisition Objective of 606 platforms and is intended to provide critical operational capabilities, including exportable power to support tactical operations and onboard power to enable mission command while maneuvering.

Army Contracting Command-Detroit Arsenal selected the BCC-Raglan team as one of the participants in the competitive, multi-phase Commercial Solutions Opening [W912CH-26-S-C005]. Under the solicitation, the Government anticipated the award of up to three OTA agreements and/or FAR-based contracts. As part of the agreement, BCC will manufacture and deliver three (3) ISV-H vehicles’ utilizing Raglan electronic control and export power systems for Government evaluation as the competition advances toward a potential follow-on production award.

“BC Customs was built around one simple idea: build vehicles that perform when the mission demands it. Our success has come from understanding the operator, investing in our capabilities, and never compromising on the quality of the vehicle we deliver. We look forward to working with Raglan to deliver the best vehicle solution possible to the Warfighter” said Brandon Johnson, CEO at BC Customs.

Combat Power Solutions – Primary, Alternate, Contingency and Emergency Power Generation Device

Thursday, July 23rd, 2026

At every trade show I visit I run across a product that I take one look at and get it. During SOF Week it was the Primary, Alternate, Contingency and Emergency Power Generation Device from Combat Power Solutions.

Many of the lessons learned from the war in Ukraine are contested logistics focused, including the need to scavenge power.

Hand-cranked generators for radios were common from World War Two up until the 90s but our battlefield dominance over the last 25 years has allowed us to become complacent regarding power access; we’ve always been able to supply batteries. Those days are over.

Aptly named, PACE fits between the radio and battery on PRC-163, 148, 152, 161, TR-E, SIR, SC-4200, MPU-4, and MPU-5 systems, allowing you to top the battery off with a little muscle power when needed. The design also allows for hot swapping of batteries without disrupting the radio’s load or comms.

This 12V charger weighs 1.09 lbs, is IP67 (waterproof at >10m for 3 hours) and will also accept AC (110–240V), 12VDC vehicle/cigarette adapter, BA-2390/2590/5590, M-PACE Dual Twist Lock, 9–32VDC battery scavenge, and solar power inputs.

combatpowersolutions.com