#USA #Kaohsiung #Energy Recovery #APh ePower #Aluminum Batteries

APh ePower Transforms Elevator Energy Recovery

APh ePower, a global leader in aluminum battery technology, has recently been honored with the 2025 R&D 100 Award. This prestigious recognition underscores the company's remarkable innovation: the Elevator Regenerative Power System (ERPS). By harnessing wasted energy in elevators, this system has the potential to become an essential tool for energy efficiency in modern buildings.

Elevators operate in two distinct phases where energy can be reclaimed: ascending with a lighter load and descending with a heavier one. The ERPS captures this kinetic energy through high-performance direct current converters that exceed efficiency rates of 90%. This captured energy is stored in a safe and quick-charging aluminum battery, ready for immediate use when needed.

One of the notable advantages of the ERPS is its ability to guarantee continuous elevator operation during power outages, thus enhancing passenger safety. This feature renders buildings equipped with the system more resilient than those reliant on traditional technologies.

In a milestone achievement in April 2025, APh ePower received Gold Standard accreditation for its groundbreaking methodology that enables the generation of carbon credits from regenerative energy systems in elevators. This methodology allows for the quantification and verification of energy savings, transforming them into tradable emissions reductions. By opening up this avenue, APh ePower sets a new standard for elevator projects in the voluntary carbon market.

The implications of the ERPS technology are enormous. With over 15 million elevators operating worldwide, APh ePower could potentially decrease energy consumption by more than 40%, leading to annual savings of 164 terawatt-hours (TWh), a figure surpassing the total energy usage of many hyperscale AI data centers. This positions APh ePower at the forefront of industrial decarbonization by creating a significant flow of emissions certificates derived from verified energy savings.

Margaret Kim, CEO of Gold Standard, praised APh ePower's technology, stating, "We are proud to support APh ePower's innovative methodology that leverages regenerative energy from elevator operations. Such practical applications of renewable energy not only reduce overall consumption but lead to genuine, verifiable reductions in CO2 emissions. This is the kind of scalable, highly integrated solution we advocate for at Gold Standard."

However, elevators are merely the starting point for APh ePower. The company is currently expanding its dynamic aluminum-based storage technology for backup systems in AI data centers, hybrid mobility platforms, autonomous transport vehicles (FTVs), robotics, and the infrastructure that will shape the smart cities of tomorrow. As global electrification accelerates, aluminum batteries are emerging as a vital solution for applications that demand rapid charge and discharge capabilities along with increased safety.

APh ePower's overarching goal is to redefine how everyday devices capture, store, and monetize energy, transforming routine operations into measurable, financial gains. The company’s vision promises to revolutionize the energy landscape, paving the way for smarter and more sustainable energy usage in various sectors.

For more information about APh ePower, visit their website at APh ePower.