The following is Analysis of the main differences between the 2016 and 2024 editions of Taiwan's "Smart Building Assessment Manual" (Key Comparison)Compiled from official publications and related comparative data, this information can be used as a reference for academic research or policy planning.

📘 I. Basic Differences Between Versions

project	2016 edition	2024 Edition
Publishing authorities	Interior Ministry Building Research Institute	Tongzuo
Publication Year	March 2016	December 2023 (2024 edition)
Pages	Approximately 191 pages	Approximately 420 pages
Main purpose	Establish evaluation benchmarks for smart building certification	Reflecting technological evolution and the latest policies, integrating assessment frameworks

Streamlining and merging of indicator structures

The 2024 version will include the original 8 major indicators Simplify and reorganize into 6 major indicatorsThe number of indicators has been reduced, but the upper limit of the total score has been increased.

compare items	2016 version (old version)	2024 Edition (New Version)
Number of indicators	8 major indicators	6 major indicators
Indicator Name	Structured cabling, information and communication, system integration, facilities management, security and disaster prevention, energy management, health and comfort, smart innovation	Infrastructure,Maintenance and Management,Safety and Disaster Prevention,Energy management,Health and comfort,Smart Innovation
Total score cap	200 points	240 points
Basic Regulations	29 items	22 items (more focused on data foundation)

🧠 II. Adjustment of the Evaluation Indicator Framework

🔁 Changes in the number and structure of indicators

🔹 2016 editionuse Eight major evaluation indicators(Including structured cabling, information and communication, system integration, facilities management, etc.), each indicator has a clear score and requirements.
🔹 2024 EditionChange to Six major evaluation indicatorsThe integrated architecture aims to simplify the evaluation system and emphasize system integration and practical benefits. For example, it integrates "structured cabling" and "information and communication" into "infrastructure" and strengthens "maintenance and management" indicators, focusing on smart operation and data analysis capabilities.

📊 Comparative example:

2016 version of indicators (8 items)	2024 version of indicators (6 items)	2016 Score/Percentage (Total Score 200)	2024 Score/Percentage (out of 240)	Revise core direction
Structured cabling, information and communication	Infrastructure	60 / 30%	42 / 17.5%	Emphasis is placed on fiber optic backbone, database, information security, and backup mechanisms. <— Understanding NCC Telecommunication System Design
System integration and facilities management	Maintenance and Management	70 / 35%	38 / 15.8%	Introducing smart construction sites, BIM integration, and data-driven operations <—- Understanding Maintenance and Management System Design
Safety and Disaster Prevention	Safety and Disaster Prevention	17 / 8.5%	40 / 16.7%	Enhanced protection against power outages, earthquake-related incidents, and intelligent personal safety measures. Understanding Safety Design
Energy management	Energy management	30 / 15%	45 / 18.7%	Improve equipment efficiency standards and deepen energy data analysis and AI control <—- Understanding Energy Management Design
Health and comfort	Health and comfort	10 / 5%	39 / 16.3%	Expand environmental awareness and introduce health care and convenient living services. <—- Understanding Healthy and Comfortable Design
Smart Innovation	Smart Innovation	13 / 6.5%	36 / 15.0%	Focusing on smart construction, document format standards and cloud platform applications <—- Understanding Smart Innovative Design

→ The new version places greater emphasis on shifting from a hardware-oriented approach to an overall system functionality and operational performance-oriented approach.

🔍 III. Differences in Assessment Content and Orientation

1. The focus of evaluation has shifted from technical equipment to functional benefits.

✅ The 2016 version focuses on system-specific equipment capabilities, such as IT cabling, equipment integration, and field deployment;
✅ The 2024 version places even greater emphasis on Overall operation and maintenance management, data analysis capabilities, and achievements in AI and IoT applicationsIt emphasizes the intelligent performance of buildings in daily operations.

Core weights and mindset shift

The new version significantly increases the weight given to "user experience" and "sustainability":

Healthy and comfortable: The weight increased dramatically from 5% to 16.3%The rigid restrictions on indoor net height (such as 2.35 meters) imposed in the old version have been removed, and replaced with intelligent control for assessing indoor environmental quality.
Energy management: The weighting has been increased (15% → 18.7%), with a particular emphasis on building energy efficiency, energy management systems (EMS), and carbon reduction benefits.
Maintenance and Management: It integrates the old "Facility Management" and "System Integration" features, emphasizing...Building life cycleDigital management has been implemented, and a new reward for **"Smart Construction Site"** has been added.

2. The scoring system and the weighting of indicators are different.

Although a complete and detailed score conversion table is not publicly available, based on research and comparative data:

2016 editionThe total score system is an "index-based system" with fixed score allocations for each item;
2024 EditionIn addition to the consolidation indicators, the total score system is still used, but the scores for each area are adjusted, especially increasing the weight of energy management and safety and disaster prevention, and placing greater emphasis on operational and management performance considerations.

New key technologies

The 2024 version incorporates technology projects that have developed rapidly over the past few years:

Artificial Intelligence (AI) and Big Data: Encourage the use of AI for fault prediction or energy consumption optimization.<—- Understanding the implementation of technologies like FGT and ECC
Electric Vehicle (EV) Friendly: Add relevant ratings to the charging pile management system.<——-Understanding the Technology Implementation of FGT PMS Power Monitoring System
Standard format: Standardized data formats are required to facilitate cross-system collaboration and address the problem of isolated systems in the past.<——– Understanding Telecommunication Design

📈 IV. Policy and Technology Background Updates

🔹 2016 version background

The initial smart building assessment benchmark is applicable to the early stages of the smart building certification system.
The focus is on promoting the integration of ICT and architecture, and providing applicants with clear evaluation criteria.

🔹 Background and Trends for the 2024 Edition

Updated in response to the rapid advancements in smart technologies (such as AI, IoT, data-driven operations, etc.);
In conjunction with the latest government policies (such as the Executive Yuan's Smart Nation Plan and the 2050 Net Zero Emissions Pathway), we will strengthen aspects such as energy conservation and sustainability, public safety, and health and comfort.
The concept of "people-oriented" smart buildings emphasizes industrial integration and practical application of technology.

🧾 V. Expanding the Contents of the Manual

📌 The 2016 edition has a simpler content structure.The main focus is on evaluation indicators and application procedures.
📌 The 2024 version has more complete content.In addition to a detailed analysis of the six major indicators, it also includes an overview of the assessment framework, an explanation of the application process, and appendices (templates, application document instructions, assessment summary table, etc.), making it more convenient for practical operation and review.

🧠 VI. Summary of Overall Differences (Point-by-Point)

✅ Architectural restructuringEight major indicators → Six major indicators
✅ Content deepeningFrom equipment-centric to holistic smart operation results and function-centric
✅ Assessment focus adjustmentStrengthening energy conservation, management, and safety and disaster prevention.
✅ Policy LinksFurther strengthen the connection with national goals of smart city development and energy conservation and sustainability.
✅ Improved practical orientationAdded application process guidance and supplementary appendices, among other practical tools.

Implementation schedule reminder

Implementation Date: 2024 edition December 1, 2024 Officially implemented.
Buffer period: According to past practice, during the grace period after implementation, applicants can usually choose to apply the old version or the new version, but they need to refer to the "Application Procedure Guidelines" in the latest announcement from the Ministry of the Interior for specific details.

Important Note: Although the number of evaluation items has been reduced from 192 to 98, which seems like a reduction in the number of items, the emphasis on "tangible benefits" and the increase in the scoring threshold actually place higher demands on the integration capabilities of developers and design firms.

Want to learn more about how the new manual affects the determination of badge levels (bronze, silver, diamond)?

Key Points of the 2024 New Version of Smart Building Assessment Indicators This video features a detailed analysis by experts involved in the revision of the 2024 version of the Smart Building Label, highlighting the significant changes in indicator integration and assessment thinking.

For a more detailed explanation of how to apply, please see the steps provided. Differences in the details of each indicator(For example, a comparison table of indicators, changes in score weight), or we can help you organize it into a table format.

<——-Learn MoreSmart Building certification Evaluation/Planning Application: Summary of Review and Approval and Use Operation Points

<——-Learn more about the intelligent building low-voltage design assessment form>