Green Energy Alliances Form: ARPA EMC and Adaptive Balancing Power Team Up for Leading-Edge Sustainable Energy Technologies in Essential Infrastructure
Spicing Up Green Energy Solutions: ARPA EMC and Adaptive Balancing Power Go Green
Bagging a Bold Move
In a game-changing collaboration, Adaptive Balancing Power (ABP), a German cleantech frontrunner known for their kinetic energy storage systems, and ARPA EMC, a global titan in logistics and energy solutions, have sealed a deal for the delivery, installation, and commissioning of an ABP flywheel energy storage system. This union marks a significant stride in merging renewable energy into critical infrastructure.
With a dominating presence in over 70 countries, ARPA EMC is a juggernaut in the design, engineering, development, production, deployment, and maintenance of logistics solutions for defense, civil, health, emergency, and telecommunications sectors. Their dedication to innovation and energy efficiency is the essence of their operations.
Hard-hitting Healthcare
ABP's energy storage system will be integrated into a hydrogen-powered uninterrupted power supply (UPS) system at a Hospital in Badalona. Leveraging ABP's rapid response equipment, it will act as a primary backup for the hydrogen fuel cell, ensuring its readiness for long-term service. Consequently, this guarantees critical operational continuity for vital services.
Dr. Hendrik Schaede-Bodenschatz, Managing Director of Adaptive Balancing Power, expresses their excitement about collaborating with ARPA EMC. ABP's energy storage systems make an impressive addition to mobile and stationary energy infrastructure, significantly contributing to reliable and eco-friendly power supply.
ARPA EMC's Green Crusade
Clara Arpa, ARPA EMC's CEO and Ambassador of the European Climate Pact, emphasizes their commitment to providing clients with robust, resource-efficient, and safe technology that's essential across all areas. Given the mission-critical nature of a reliable energy supply, ARPA EMC continually seeks the best possible solutions. ABP's outstanding work in kinetic energy storage paves the way for innovation in this field.
Green and Grateful
ABP's multi-award-winning, sustainable, and robust energy storage systems are perfect for ensuring uninterruptible power supply and smoothing grid fluctuations, even in challenging environments. They are fully compatible with renewable energy sources, have a lifespan of over 25 years with over one million charging cycles, and can deliver up to 500 kW of power in milliseconds.
ARPA EMC: More Than Meets the Eye
Founded in 1968, ARPA is a Spanish family-owned company, a leader in engineering and manufacturing solutions for the Defense, Security, and Civil sectors. With a presence in over 60 countries, it collaborates with organizations such as the UN, NATO, and Ministries of Defense. Standing out for its focus on collaborative engineering and comprehensive solutions in camps, health, energy, and telecommunications, ARPA complies with the highest quality standards and international certifications, offering advanced products like mobile hospitals and special shelters. More information: [Link]
Adaptive Balancing Power: Making Waves
Adaptive Balancing Power GmbH, headquartered in Pfungstadt, Germany, pioneers sustainable high-performance energy storage systems for public transport, ultra-fast charging of electric vehicles, electrified port and depot traffic, and performance improvement of commercial and industrial power grids. Its highly efficient flywheel energy storage systems use mechanical, non-chemical energy and provide high electrical power for 30 seconds to 15 minutes (booster) or buffer it as temporary storage. Energy costs can also be significantly reduced through the integration of renewable energy sources. More information: [Link]
Press Contacts
[Contact Info]
Enrichment Data:
Flywheel Energy Storage Systems: The Green Champion
In the broader context of energy storage systems, flywheels offer a unique set of advantages that make them particularly attractive for integrating renewable energy into critical infrastructure.
- Frequency Stability: Flywheels are adept at maintaining power grid stability, swiftly providing energy storage and release to counterbalance frequency deviations caused by variable energy sources like solar and wind[1][2].
- Peak Shaving and Grid Services: Flywheels are suitable for supplementary grid services, such as peak shaving, where they help manage peak demand periods by storing energy when it is abundant and releasing it during high demand[2].
- Power Quality and Reliability: They can smooth out power output from intermittent renewable sources, ensuring consistent energy supply and power quality for critical infrastructure[4].
- Fast Response Time: Flywheels have a lightning-speed response time, providing a swift reaction to stabilize the grid in areas where rapid power adjustments are needed[3].
With its alliance with ARPA EMC, Adaptive Balancing Power's flywheel energy storage systems could potentially make a substantial contribution to stable, eco-friendly power supply in critical infrastructure such as hospitals, data centers, emergency services, and other mission-critical sectors.
- Adaptive Balancing Power's flywheel energy storage system, integrated into a hydrogen-powered uninterrupted power supply system at a Hospital in Badalona, demonstrates a significant advancement in merging renewable energy into critical infrastructure solutions.
- The collaborative effort between Adaptive Balancing Power and ARPA EMC emphasizes a strong commitment to innovation and energy efficiency, as well as a dedication to providing reliable, resource-efficient, and safe technology that is essential across all areas.
- Flywheel energy storage systems, such as the one developed by Adaptive Balancing Power, are particularly effective at providing frequency stability and maintaining power grid stability, counterbalancing fluctuations caused by variable renewable energy sources.
- The partnership between Adaptive Balancing Power and ARPA EMC aims to contribute significantly to the advancement of innovation in the field of kinetic energy storage, ultimately leading to a more reliable and eco-friendly power supply for critical infrastructure sectors like hospitals, data centers, and emergency services.
