#USA #Scottsdale #Carbon Credits #APh ePower #Elevator Regenerative Power System

APh ePower's Recognition in Energy Recovery Technology

In a significant achievement for energy efficiency technology, APh ePower, a leading innovator in aluminum battery systems, has been named a 2025 R&D 100 Award winner. This prestigious accolade celebrates the company's groundbreaking Elevator Regenerative Power System (ERPS), which redefines the role of elevators in modern infrastructure by transforming them into efficient energy-recovery assets.

Transforming Elevators into Energy Machines

The Elevator Regenerative Power System is designed to harness the kinetic energy generated during the everyday operation of elevators. Particularly during two key phases of an elevator’s journey—ascending with a light load and descending with a heavy one—recoverable energy is captured effectively. The ERPS utilizes advanced DC-to-DC converters, boasting a conversion efficiency rate exceeding 90%. This captured energy is then stored in a remarkably safe aluminum battery that offers rapid charge and discharge capabilities.

This innovative design ensures that energy is consistently available when required, providing an essential power source that allows elevators to operate uninterrupted even during electrical outages. The system significantly enhances safety for elevator users by ensuring continued operation and creating resilient building infrastructure.

A Pathway to Carbon Credits

In a remarkable development earlier in April 2025, APh ePower also received recognition from Gold Standard, which approved the first globally applicable methodology for elevator regenerative power systems to earn carbon credits. This methodology establishes a framework to quantify energy savings and convert them into tradable emissions reductions. This approval opens a new market for elevator projects, making it possible to unlock substantial savings and revenue through improved sustainability practices.

With more than 15 million elevators in operation worldwide, the potential energy savings from implementing the ERPS are staggering, with estimates suggesting more than 40% reductions in energy consumption, equating to about 164 TWh annually. This figure exceeds the total energy consumption of several hyperscale AI data centers, positioning APh ePower as a leader in industrial decarbonization efforts and paving the way for significant market impact.

Gold Standard's CEO, Margaret Kim, endorsed the ERPS technology, highlighting its ability to not only reduce overall energy consumption but also provide verifiable decreases in carbon emissions. This aligns perfectly with Gold Standard’s mission to support scalable and high-integrity solutions to environmental challenges.

Future Endeavors: Expanding the Vision

APh ePower recognizes that elevators are merely the beginning. The innovative company is poised to extend its pioneering technology into other domains, including AI data center backup systems, hybrid mobility platforms, automated guided vehicles (AGVs), and robotics. The commitment to redefining energy capture and storage aligns with the global push towards electrification, making aluminum batteries an increasingly viable option for applications that require quick energy release and heightened safety.

Through its research and development efforts, APh ePower aspires to transform how common devices interact with energy resources, aiming to turn standard operational dynamics into tangible financial benefits. With a growing suite of applications, APh ePower is not just advancing technology but is also contributing significantly to the fight against climate change.

For more information about APh ePower's innovative solutions, visit their website at APh ePower.