The following is a summary Summary of international news and trends related to Low-Voltage Electrical & Building Systems as of January 2026 📊📡🏢：

📰 1) Industry Market and Equipment Trends

📊 Low-voltage DC circuit breaker market forecast growth

📌 The latest report points out Global low-voltage DC circuit breaker marketIt is projected to grow from approximately $1.8 billion by 2025 to $2.52 billion by 2030The compound annual growth rate is approximately 7%These types of circuit breakers are used in low-voltage electrical engineering for... Solar energy, electric vehicle charging systems, data centers and DC microgrids Protection is extremely important. This market growth reflects the importance of low-voltage electrical engineering. Power supply protection and DC system trend.

👉 For low-voltage electrical design, this means:

DC protection components are becoming increasingly common in data centers and EV charging systems.;
Low-voltage design should include DC circuit breaker protection and circuit breakers that meet safety standards;
Before 2030, the architecture of low-voltage power supply systems may rely more on DC technology integration.

🔌 2) Updates on on-site tools and safety products for engineering and equipment

🛠️ New Product Launch — Remote Operation Tool for Low/Medium Voltage Switchgear

📌 CBS ArcSafe launches a product called RSK-CSH-W This wireless remote control device is used for "remote control of drawers and switches" in low- and medium-voltage switchgear. This tool allows operators to perform switchgear switching operations from a safe distance (over 30 meters), significantly improving efficiency. Construction and maintenance safety.

👉 For low-voltage electrical engineering and power distribution systems (especially in high-risk environments):

It can improve on-site construction and maintenance safety;
Reduce the risk of human contact with high-voltage equipment;
It is convenient for use in large buildings, factories and power control rooms.

👥 3) Personnel and Organizational Developments

💼 Personnel Changes at Smart Metering and Energy Infrastructure Company

📌 International Smart Metering and Energy Management Company Smart Metering Systems (SMS) appointment Ian Smyth as the new CEO(Effective from January 12), to drive the company's growth in the smart energy and infrastructure sectors in the UK and German markets. These types of companies are typically involved in... Smart meters, low-voltage measurement equipment and power monitoring systemsIts strategic changes may affect cooperation and procurement in low-voltage engineering and smart infrastructure construction.

🛠️ 4) Technical and Standard Developments (Supplement)

📌 Forums and Standards Trends Related to Large-Scale Smart Buildings and Electrical Engineering

📍 Light + Intelligent Building Middle East 2026 The exhibition (January 12-14, Dubai) brings together global experts in smart building and electrical engineering technologies to discuss how policies and innovations can accelerate the adoption of smart city and building technologies. These events typically involve... Best Practices in Low-Voltage Systems, Power Supply, BMS/ELV Integration, and Intelligent ControlIt serves as an important window for observing global engineering and design trends.

📌 5) Key Market and Engineering Trends (January 2026)

🔅 Key themes in low-voltage electrical engineering

📍 Increased demand for low-voltage and DC protection systems — With the growth of EV charging, solar energy, and data centers, low-voltage DC circuit breaking and monitoring systems are a core part of low-voltage design.

📍 Safety Construction and Remote Maintenance Equipment — Introducing new remote operation tools to improve safety in low-voltage field operations.

📍 Personnel and strategy changes in the field of smart metering and infrastructure — It has a strategic impact on the development of smart power and data collection solutions in future low-voltage engineering.

📍 Smart Building and Electrical Engineering Exhibition Activities — Related forums and standards discussions reflect the importance of low-voltage/low-current systems engineering in the overall architecture of smart cities and smart buildings.

In January 2026, Taiwan's low-voltage engineering and design field officially entered the "Mandatory Zero-Net-Zero Period" and the "AI Integration Period." The following is a summary of the key news and industry trends for that month:

Policy dividends: Ministry of the InteriorSmart Creation Dual Alliance"Established"
The Ministry of the Interior announced the establishment of "Taiwan's modular building"and"Smart Creation"Dual alliance."
Engineering Change:Promote the prefabrication of low-voltage systems. In the future, low-voltage wiring and control boxes will be assembled in the factory, reducing the manpower required for on-site wiring and solving the increasingly serious problem of electrician shortage.
Design standards:The Building Research Institute (ABRI) of the Ministry of the Interior is promoting the standardization of low-voltage electrical drawings. Designers who use standardized electronic drawings can receive extra points when applying for smart building certification.
Mandatory by regulations:Public buildings in full Level 1 energy efficiency
Starting in January 2026, all newly constructed public buildings in Taiwan must meet the following requirements:Building Energy Efficiency Level 1"or"Near-zero carbon (Level 1+)。
Core-based low-voltage systems:Low-voltage systems are no longer just communication tools, but the "brain" of energy conservation. The design focus has shifted to BEMS (Building Energy Management System), which must be required to integrate the monitoring of air conditioning, lighting, and electrical outlets with the carbon dioxide concentration-linked ventilation system.
The threshold for smart technology:smart buildingThe scoring weighting of the certification has been adjusted, with a significant increase in the weighting of low-voltage electrical items such as energy management and environmental perception.
Technology Trends:AI infrastructure and data center architecture upgrade
AI computing power integration:With the surge in demand for enterprise-owned AI, 1.6T fiber optic cabling and high-density thermal monitoring have become the mainstream specifications for data center upgrades in low-voltage engineering projects in January.
Wi-Fi 7 and 6G connectivity:Large commercial office building low-voltage electrical designs are beginning to fully adopt the Wi-Fi 7 standard and reserve antenna access locations for NTN (non-terrestrial network/low-Earth orbit satellite) to ensure communication resilience.
Industry Trends:Regional development drives demand for low-voltage electrical systems
Technology corridor effect: Benefiting from semiconductor plant expansion and smart park construction (such as Southern Taiwan Science Park and Bridge Science Park), the number of low-voltage engineering contracts awarded in southern Taiwan hit a new high in January. The focus of the projects is on ultra-high frequency broadband networks and AI image recognition security systems.
Introduction of sustainable materials:Under the influence of international standards such as the 2026 edition of NEC (National Electrical Code), low-voltage engineering has begun to emphasize the recycling rate of "low-smoke and halogen-free" materials, in line with green supply chain requirements.
Key resource links
If you are currently making such plans, we recommend referring to the following official guidelines to ensure compliance with the latest 2026 regulations:
Interior Ministry Building Research Institute – Smart Building Certification Description
Taiwan Building Center Foundation – Building Energy Efficiency Label Application
A friendly reminder: By 2026, low-voltage electrical engineering will be deeply integrated with "energy management," and it is recommended to include energy efficiency sensors and smart meters in the contract scope from the early planning stage.

📌 Summary (January 2026: Core News Stories on Low-Voltage Electrical Engineering)

Market and EquipmentThe rapid growth of the DC low-voltage protection equipment market indicates that low-voltage engineering is developing towards safety and DC power supply integration.
Construction toolsRemote operation of equipment enhances safety and facilitates large-scale low-voltage electrical construction and maintenance.
Industry DynamicsPersonnel changes in smart power and energy management indicate a trend towards market maturity.
Forums and StandardsLarge-scale exhibitions promote the exchange of low-voltage engineering and smart building technologies.

If you need me to reorganize... 2026-01 Relevant professional standards for low-voltage electrical design (such as NEC / IEC / UL 2026 updates) or case studies of low-voltage electrical engineering in smart buildings.I can also help you fill in the gaps. 📋🔌