Emerson and Zitara Join Forces to Revolutionize Battery Management Technology

Transforming Battery Management Solutions: Emerson and Zitara's Strategic Alliance

In an exciting collaboration poised to revolutionize battery management solutions, Emerson (NYSE: EMR), a leader in industrial technology and automation solutions, has partnered with Zitara Technologies, recognized for its innovative battery management software. This alliance aims to synergize both companies' expertise and provide advanced energy storage management to customers across various industries.

The Core of the Partnership

The strategic partnership is built on Emerson's investment in Zitara's cutting-edge software through Emerson Ventures. By integrating Zitara's innovative battery energy storage monitoring and control software with its renowned Ovation™ automation platform, Emerson is set to offer enhanced capabilities that will significantly optimize battery usage while extending their lifespan across a range of applications.

Bob Yeager, president of Emerson's power and water business, emphasized the alignment of Zitara’s advanced technology with Emerson’s vision, stating, “By partnering with Zitara, we are expanding our energy storage technology offerings and service capabilities.” This partnership not only expands Emerson’s portfolio but also positions both companies to meet the growing demand for reliable and sustainable energy solutions.

Enhanced Performance and Monitoring

The integration will provide Emerson’s customers with superior battery management solutions. These include improved energy storage management and advanced controls for optimizing battery performance. Furthermore, the integration with Zitara's software allows for precise monitoring of state of charge and health conditions, making it easier to forecast energy and power availability.

This cutting-edge approach is expected to drive enhancements in battery lifetime and safety, establishing a safer and more efficient energy management environment. Shyam Srinivasan, CEO of Zitara, expressed enthusiasm for the partnership, stating, “This collaboration provides significant opportunities for both companies, allowing us to deliver state-of-the-art battery management solutions that drive profitability, efficiency, and sustainability.”

Meeting Global Energy Needs

Emerson's Ovation platform is engineered to assist utilities in addressing the rising demand for reliable, affordable, and sustainable power and water. The advanced platform enables power operators to manage complex portfolios of distributed energy resources by leveraging real-time data to balance load and demand effectively. Integrating Zitara's software will enhance these capabilities, responding adeptly to the growing need for robust energy storage solutions.

The joint capabilities of Emerson and Zitara underscore each company's commitment to advancing technology within the power and water sector. In a time where energy sustainability and reliable management are more critical than ever, this partnership exemplifies how innovation can pave the way for significant improvements in operational efficacy.

A Shared Vision for Sustainability

Both Emerson and Zitara are dedicated to transitioning towards more sustainable energy solutions. Their collaboration signifies not just a merger of technologies but a commitment to fostering a greener future. As part of this collaboration, they will focus on ensuring effortless integration and delivering exceptional value to their customers.

The technological advancements brought forth by this partnership promise to enhance productivity and operational efficiencies across industries, reflecting a shared goal to boost sustainability initiatives worldwide.

In conclusion, as Emerson and Zitara set off on this collaborative journey, they are opening doors to innovative possibilities in energy storage management. This partnership marks a pivotal event in battery technology, setting the stage for future developments that could reshape how industries manage and use energy resources effectively.