메인으로

The global energy market faces the simultaneous challenges of carbon neutrality, energy security and rising electricity demand. Expanding renewable energy alone cannot readily meet both reliable power supply needs and industrial heat demand. Large nuclear plants, with high initial capital costs and long construction periods, are also difficult to deploy uniformly across all regions and customers. In this context, small modular reactors (SMRs) are attracting attention as next-generation

2026.09.01

The ESS market is rapidly emerging as a new growth driver for the global battery industry. As growth in the electric vehicle market gradually stabilizes, demand for large-scale energy storage is accelerating, driven by renewable energy expansion, grid stabilization and the growth of data centers and AI infrastructure.  According to SNE Research, the global ESS battery market is projected to expand from approximately 353GWh in 2024 to 1,870GWh in 2035. China's ESS market is expect

2026.09.01

 As carbon neutrality and the decarbonization of the transport sector accelerate, hydrogen refueling stations are drawing attention as the core infrastructure that determines FCEV adoption and the expansion of the hydrogen mobility market. The early market formed around passenger FCEVs, but demand has recently shifted toward commercial vehicles with long driving distances and large refueling volumes - buses, trucks, logistics and ports - raising the importance of high-capacity, hub-t

2026.08.14

<2026> Hydrogen Fuel Cell Mobility Technology Development Trends and Market Outlook (~2040)    As the global transition toward carbon neutrality accelerates, hydrogen fuel cells are emerging as a key propulsion technology for long-range, high-power, and high-utilization applications where battery electric vehicles (BEVs) face inherent limitations. As the technological and economic competitiveness of hydrogen fuel cells becomes increasingly evident across mobility se

2026.05.04

<2026> Technology Development Status and Market Outlook for Humanoid Robots and Robot Batteries (~2040)  At CES 2026, humanoid robots emerged as a central pillar of the technology exhibition, with various new products combining AI and Physical AI showcasing the current state of industrial, service, and home robots. In particular, global companies such as Nvidia, LG, and Boston Dynamics demonstrated robots with real task execution capabilities and interactive functions, hig

2026.02.03

<2026> SIBs Technology Development Trends and Market Forecast (~2035)     While lithium-ion batteries (LIBs) have driven the era of electric vehicles and mobile devices, the market is now shifting its attention to alternative technologies that can meet cost, safety, and supply-chain risks simultaneously. In this context, sodium-ion batteries (SIBs) are rapidly emerging as a strong next-generation option.  Sodium-ion batteries leverage abundant sodium resources

2025.12.08

<2025> Secondary Battery Technology Development Status and Market Outlook for UAM/UAV (Drones)   UAM (Urban Air Mobility) and UAVs (drones) are no longer viewed merely as “new technologies,” but are increasingly recognized as core mobility platforms that will transform urban structures and industrial ecosystems over the next 10–20 years. Both technologies are based on electric propulsion, autonomous flight, and digital traffic management, with high-energy and hi

2025.11.26

<2025> Recycling/Reuse Technology Trends and Market Outlook (Through 2040) Battery recycling and reuse have become essential rather than optional. As the automotive industry undergoes a major transition toward electrification driven by the rapid adoption of electric vehicles and increasingly stringent environmental regulations, the recycling market is structurally set for long-term expansion. Recently, China’s relaxation of black mass import regulations has significantly reshaped globa

2025.09.22

<2025> Battery Degradation Mitigation / Prediction / Diagnosis Technologies and Company Trends (Includes AI-Related Technologies)Lithium-ion batteries play a pivotal role across various applications, including electric vehicles (EVs), energy storage systems (ESS), and portable electronic devices. However, the gradual degradation of performance over time remains one of the most critical factors determining battery lifespan, safety, and reliability. Accurately diagnosing and predictin

2025.09.12

<2025> AI-Based Development Strategies for Battery Materials, Cells, Packs, and Recycling The global battery industry has been experiencing explosive growth driven by the increasing demand for electric vehicles (EVs), energy storage systems (ESS), and mobile devices. However, meeting the conflicting requirements of high energy density, high safety, low cost, and long cycle life simultaneously remains a significant challenge. Traditional battery development has relied on a

2025.08.13