APh ePower Secures 2025 R&D 100 Award for Pioneering Elevator Energy Recovery

The aluminum battery leader's Elevator Regenerative Power System reclaims wasted power and yields carbon credits with every lift.

KAOHSIUNG, Jan. 13, 2026 /PRNewswire/ -- APh ePower, the global leader in commercialized aluminum battery technology, announced today that it has received the prestigious 2025 R&D 100 Award. This honor recognizes the company's innovative Elevator Regenerative Power System (ERPS), which reimagines one of modern life's most ubiquitous machines as a high-performance distributed energy-recovery engine. By capturing kinetic energy from every ride, APh ePower provides an industrial-grade solution that bridges the gap between energy efficiency and sustainable asset management.

Elevators generate recoverable energy during two predictable phases: ascending with a light load and descending with a heavy one. The ERPS captures that energy using high-efficiency DC-to-DC converters, achieving over 90% conversion efficiency – and stores it in an ultra-safe aluminum battery capable of rapid charge and discharge.

The result is instant energy recovery and storage, ensuring power is available when needed. This system guarantees continued elevator operation during outages and enhances occupant safety, providing buildings with a level of resilience that traditional systems cannot match.

In April 2025, APh ePower achieved another major milestone: Gold Standard approved the first globally applicable methodology enabling elevator regenerative power systems to generate carbon credits. The methodology defines how regenerative energy savings are quantified and verified, transforming those savings into tradable emission reductions. This approval opens a new pathway for elevator projects within the voluntary carbon market.

The potential impact of ERPS is immense. With over 15 million elevators operating worldwide, APh ePower's system can cut energy use by more than 40%, unlocking 164 TWh of annual savings—a figure that surpasses the total power consumption of many hyperscale AI data centers. This positions APh ePower at the forefront of industrial decarbonization by creating a significant new stream for carbon credits from verified energy savings.

Gold Standard CEO Margaret Kim praised the technology, stating, "We're proud to endorse APh ePower's innovative methodology for harnessing regenerative energy from elevator operations. Such practical application of regenerative energy not only drives down overall consumption but also delivers real, verifiable reductions in carbon emission. This is exactly the kind of scalable, high-integrity solution we champion at Gold Standard."For APh ePower, elevators are only the first step. The company is currently extending its aluminum-based dynamic storage technology into AI data center backup systems, hybrid mobility platforms, automated guided vehicles (AGVs), robotics, and the infrastructure shaping next-generation smart cities. As global electrification accelerates, aluminum batteries are emerging as an essential pathway for applications requiring rapid charge-discharge performance and enhanced safety. APh ePower's broader ambition is to redefine how everyday devices capture, store, and monetize energy—turning routine operational dynamics into measurable, financeable gains.

APh ePower's website: https://www.global.aph-epower.com/

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

APh ePower Secures 2025 R&D 100 Award for Pioneering Elevator Energy Recovery

BANGKOK, Jan. 13, 2026 /PRNewswire/ -- Chulalongkorn University's Faculty of Medicine has developed ER-VIPE, a virtual emergency-room simulation platform designed to strengthen teamwork, communication, and critical-thinking skills among future healthcare professionals. Supported by the university's Second Century Fund (C2F) since 2020, the program enables students from five disciplines—medicine, nursing, pharmacy, radiologic technology, and medical technology—to train together through high-pressure emergency scenarios that mirror real clinical challenges.

ER-VIPE is integrated into the Interprofessional Collaboration for Patient Safety course held at the Chulalongkorn Healthcare Advanced Multi-Profession Simulation Center. Players assume different professional roles through avatars and work as a team to triage and treat diverse cases under strict time limits. Although game-based, the training emphasizes serious skill-building: leadership, clear communication, mutual support, and situational awareness, based on TeamSTEPPS—an internationally recognized framework for improving patient-safety outcomes.

Asst. Prof. Dr. Khuansiri Narajeenron, the creator of ER-VIPE, stresses that strong clinical skills alone are not enough. "If we don't communicate or see the bigger picture, medical errors will occur," she said, noting that collaborative thinking remains a global challenge in healthcare. Research from the program shows improved teamwork, reduced stress, better communication, and increased resilience among students who train with ER-VIPE.

The platform was developed through interdisciplinary collaboration, including Architecture, Engineering, and Communication Arts, to accurately map emergency-room workflows. ER-VIPE currently features three patented scenes: a COVID-era respiratory-failure case, cardiac ischemia requiring resuscitation, and a crowded ER scenario emphasizing patient flow, prioritization, and cross-disciplinary coordination. National-level gamers, pre-clinical students, and even administrators have been able to use the system after a brief orientation.

The training has expanded beyond undergraduates to include first-year medical residents, graduate students, and multidisciplinary hospital staff. The program has demonstrated significant benefits, including shifts from "silo thinking" to system-based thinking and measurable reductions in treatment errors. Interest has also grown among rural-doctor training programs, highlighting ER-VIPE's potential to support nationwide healthcare development.

A fourth scene—focused on accidents in older adults, including ethical considerations and AI-based soft-skill assessment—is now underway with support from the Chulalongkorn Innovation Fund. Expected to be completed this year, it will be the world's first simulation of its kind.

Ultimately, ER-VIPE aims to cultivate healthcare teams who communicate better, think together, and deliver safer, more effective care.

Read the full article at https://www.chula.ac.th/en/highlight/276022/

Media Contact:
Chula Communication Center
Email: Pataraporn.r@chula.ac.th 

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

ER-VIPE Simulation Game Builds Medical Students' Soft Skillsfor Real-World Emergency Care