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Scaling Grid Innovation: Volvo Penta Follow-On Invests in US-based Developers of Battery Storage Solutions

Volvo PENTA develops products in PTC environments on the PLM side with above all WINDCHILL and in the CAD area with CREO. Interesting things are happening within the Volvo Group's well-known marine engine developer Volvo Penta. The era of focusing on just marine engines is fading and being replaced by a much broader business. During the past week, the company revealed that it had made a follow-on investment in the US and Ireland-based company UtilityInnovation Group (UIG). The company specializes in resilient, innovative utility systems and decentralized energy solutions.
Volvo Penta's President, Anna Müller, says that it is a strategic investment that marks the company's continued commitment to driving the energy transition.
"This follow-on investment in UtilityInnovation Group reflects our commitment to advancing reliable and efficient electrified power solutions as part of our broader net zero ambitions," she says, adding that it also underlines Volvo Penta's role as an independent supplier of energy-dense battery energy storage subsystems (BESS) in the growing global energy infrastructure market.
For Penta's part, it can be stated that this investment is an addition to the one initially made in UIG 2023. The partnership established in this thus seems to have worked well and with the additional investment will now further scale up Penta's expertise when it comes to meeting the accelerating demand on more dynamic, sustainable electricity network infrastructure.
In terms of background, the Volvo Penta chief points to the exponential demand for data center power and the complexity of grid evolution, which she believes, "can be met by UIG's competence and ability to integrate Volvo Penta's energy-dense and robust BESS (Battery Energy Storage Solutions) subsystems." Together, Volvo Penta and UIG aim to expand the scope of robust energy solutions. By combining the Volvo Group's technology and global footprint with UIG's deep integration expertise, the continued partnership will enable the delivery of major innovative energy solutions for a range of global customers, including power plants, data centers and generally also large users of energy.
A heavy point is thus support for the introduction of advanced battery energy storage solutions. "The investment will support the development and commercialization of UIG's cutting-edge Energy Storage for Resiliency (ESR) platform," notes Volvo Penta in the press release. ESR is intended to enhance power stability, alleviate the load challenges that come with energy-intense AI or ML (machine learning) data centers, and optimize large microgrids. Anna Müller also points to the value of implementing the GridSure advantage, which is about UIG's integrated control and asset management platform, GridSure. This leverages data-driven insights and cyber-secure “AnywhereEngineering tools” to manage network capacity, improve overall system resilience and monitor infrastructure.
As for the software development environment, Volvo Penta, just like the others in the Volvo Group, works with PTC solutions - Windchill as PLM/PDM backbone and CREO as CAD software. They are also working on implementing a digital thread solution, including PTC's ThingWorx and Arbortext solutions.

”The investment in UtilityInnovation Group highlights the potential we see in our BESS subsystems for sectors with high energy demand,” says Hannes Norrgren, President of Volvo Penta’s industrial operations, and continues: ”Entrepreneurial companies like them bring specialized expertise that enhances our capabilities to meet future demands and accelerate time-to-market with pioneering solutions.”

UIG’s Energy Storage for Resiliency (ESR) platform with Volvo Penta’s BESS subsystem.

Will benefit critical operations
The US-based UIG is as mentioned in the intro specializing in innovative solutions for decentralized and robust electricity supply. Through this, UIG and Volvo Penta will have a better opportunity to increase their capacity and drive innovation to jointly develop the electricity network infrastructure of the future.
The development cooperation will also benefit critical operations such as hospitals and data centers and to a new category of ”prosumers” – consumers and producers of their own energy from, for example, renewable and other local energy sources. Such users can optimize their energy use by integrating energy sources with battery storage systems to reduce dependence on the grid and create a more reliable electricity supply ecosystem. Overall, the acquisition underlines Volvo Penta’s ambition to, as an independent supplier, drive a faster transition to more climate-smart solutions together with its customers, while continuing to improve its current product portfolio for industrial applications and power generation.
”This milestone is further proof of Volvo Penta’s journey towards net zero emissions and contribution to fossil-free electricity production beyond the transport sector. We see great potential in our collaboration with UIG and the investment we are making. Together we will be able to further develop and accelerate the use of battery storage” , concludes Heléne Mellquist, CEO Volvo Penta.

UIG head Sidney Hinton, founder and CEO of the company added:
”We are thrilled to deepen our partnership with Volvo Penta. Their global reach and commitment to sustainability make them an ideal partner as we work to meet the critical challenges facing the energy sector today.”

In the press release Volvo Penta claims that, “The investment in UtilityInnovation Group further strengthens Volvo Penta’s role in supporting the global energy transition and reflects the company’s dedication to developing solutions that contribute to a more sustainable and resilient future.” How then?

A sustainable way to storage energy from renewable sources
Energy storage with batteries will play an increasingly decisive role in the societies of the future. They provide a sustainable and versatile way to store energy from renewable power sources such as solar or wind, which enables the efficient use of these resources and can also improve the stability of the electricity grid. ”By investing in energy storage systems, we are not only developing our business, but will also contribute to a cleaner and more resilient one,” Volvo Penta has written in a previous press release.
In general, when it comes to battery-powered energy storage, it can be noted that Volvo Penta’s high-performance sub-system consists of, among other things, batteries that are used in the heavy vehicle industry and that are well suited to cope with the high demands that exist regarding reliability, fast charging and discharging.
High-performance sub-systems for energy storage and which, for example, can consist of batteries that are currently used by Volvo Group’s electrified trucks, construction machines and buses are important elements for the efficient operation of electrified vehicle fleets and other areas where these systems are used, such as hospitals or data centers. The energy-dense battery system will enable fast charging and discharging thanks to the favorable C rating, ensuring a consistent and reliable power supply. In industrial environments, where uptime and reliability are critical, such technology aims to deliver tangible benefits.

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