February 2026: New Standards for Building Automation, Lifts, and EIFS Verification

Staying ahead of regulatory developments is essential for professionals in Construction Materials and Building. The February 2026 release introduces three pivotal international standards that deepen the sector’s approach to building automation compliance, address high-stakes digital safety in vertical transportation, and refine site verification practices for energy-efficient exterior insulation. This article spotlights each standard, their mandates, and what these changes mean for industry practitioners aiming to deliver compliant, future-ready, and high-performing assets.

Overview / Introduction

The Construction Materials and Building sector operates at the intersection of safety, sustainability, technology, and regulatory compliance. International standards help harmonize best practices across regions, ensuring that buildings are not only code-compliant but also efficient, resilient, and fit for purpose. This February, three comprehensive standards were published, targeting:

• Demonstrating building automation compliance with the European Energy Performance of Buildings Directive (EPBD)
• Secure, systematic management of software updates for lifts, escalators, and moving walks
• Rigorous, documented field verification for exterior insulation and finish systems (EIFS), supporting thermal performance and sustainability

Whether you are a compliance manager, engineer, procurement specialist, or owner, this article details what’s new, why it matters, and how to prepare for implementation.

Detailed Standards Coverage

CEN/TR 18276:2026 - Checklist of Compliance of Building Automation with EPBD Requirements

Checklist of compliance of building automation with EPBD requirements

CEN/TR 18276:2026 provides a robust, actionable guideline for demonstrating whether non-residential buildings equipped with building automation and control systems (BACS) meet the requirements set by the European Energy Performance of Buildings Directive (EPBD) 2024/1275. The standard is tailored for policymakers, designers, owners, and inspectors tasked with planning, implementing, and auditing new and existing buildings.

Key features include:

• Eligibility & Scope: Applies to non-residential buildings with heating, air-conditioning or combined system outputs over 290 kW (by end of 2024) or over 70 kW (by end of 2029).
• Comprehensive Checklist: A step-by-step tool to verify BACS coverage and functionality, including spot-checks for compliance and supporting documentation, matched to legal and technical mandates.
• Functional Focus: Ensures systems can monitor, log, analyze, and adjust energy use; benchmark efficiency; provide actionable feedback; communicate across devices; and monitor indoor environmental quality (IEQ).
• Self-Declaration and Third-Party Evaluation: Combines owner self-assessment with inspector spot-verification, promoting a collaborative and accountable pathway to compliance.
• EPBD Alignment: Reflects the latest regulatory deadlines, technological expectations, and interoperability demands.

Key highlights:

• Structured 3-step compliance process (equipment output, system control, functionality verification)
• Minimum 80% coverage by BACS for heating, cooling, and ventilation systems to impact energy performance
• Requires recording and trend analysis of energy use, runtime management, and adaptive controls for HVAC

Access the full standard:View CEN/TR 18276:2026 on iTeh Standards

ISO/TS 8102-21:2026 - Electrical Requirements for Lifts, Escalators and Moving Walks — Part 21: On-site and Off-site Software Updates

Electrical requirements for lifts, escalators and moving walks — Part 21: On-site and off-site software updates

ISO/TS 8102-21:2026 advances the safety and reliability of lifts, escalators, and moving walks—collectively referred to as equipment under control (EUC)—by standardizing software update procedures. This technical specification addresses the increasing importance of software integrity in building systems, ensuring both cybersecurity and operational safety during updates.

Key provisions include:

• Scope & Applicability: Applies to new installations (post-publication) of lifts, escalators, and moving walks, excluding existing ones. Impacts manufacturers, service providers, and building owners responsible for digital maintenance.
• Dual Update Environment: Encompasses both on-site (physical access required) and off-site (remote) update scenarios, reflecting modern, networked building management systems.
• Life Cycle Integration: Covers all phases from software development, validation, deployment, to post-update auditing. Requires secure development lifecycle processes as per ISO 8102-20.
• Safety & Security Alignment: Mandates strict adherence to both safety critical and cybersecurity domains for all updates to executables and configuration parameters.
• Process Control: Specifies required documentation, compatibility checks, activation and validation protocols, failure recovery processes, and auditability (including off-site log access).

Key highlights:

• Requires rigorous documentation for every step in the update process (preparation, delivery, validation, and completion)
• Includes mandatory compatibility checks (automatic and manual) before and after updates
• Integrates with cybersecurity frameworks (IEC 62443, ISO 8102-20) for holistic risk management

Access the full standard:View ISO/TS 8102-21:2026 on iTeh Standards

ISO 17738-4:2026 - Thermal Insulation Products — Exterior Insulation and Finish Systems (EIFS) — Part 4: Site Verification

Thermal insulation products — Exterior insulation and finish systems (EIFS) — Part 4: Site verification

ISO 17738-4:2026 is a key reference for verifying that installed EIFS systems meet required material, installation, and design standards. Rigorous site verification not only ensures building envelope performance but also supports energy efficiency, moisture management, and durability in both new construction and retrofits.

Salient points include:

• Multi-Level Verification: Classifies verification into three levels (basic, intermediate, comprehensive) based on project complexity and stakeholder requirements.
• Scope: Covers site-applied EIFS and systems installed on prefabricated panels, with explicit checks for conformance with ISO 17738-1 (materials), ISO 17738-2 (installation), and ISO 17738-3 (design).
• Detailed Inspection Protocols: Mandates visual and physical inspections for substrate condition, barrier application, adhesive contact, drainage, surface preparation, base coat/mesh, terminations, and finish layers.
• Testing Methods: Includes destructive and non-destructive testing for barrier thickness (micrometer, caliper, ultrasonic), pull-off strength (adhesion tester), adhesive contact, and drainage.
• Reporting and Documentation: Requires precise recording of site observations, photographic evidence of discrepancies, and routine testing (e.g., every 100 m² as per contract documents).
• Third-party Verification: EIFS inspection must be conducted by neutral, qualified third parties, ensuring independent validation of installation quality.

Key highlights:

• Robust verification steps aligned with ISO 21105-1 (building envelope commissioning)
• Verification checklists, documentation protocols, and standardized inspection intervals
• Facilitates performance validation for both onsite and prefabricated panel EIFS applications

Access the full standard:View ISO 17738-4:2026 on iTeh Standards

Industry Impact & Compliance

The February 2026 standards represent a forward leap in compliance regimes for the Construction Materials and Building industry. Organizations must now:

• Integrate BACS Compliance: Non-residential buildings targeting high energy performance must verify and document BACS compliance against EPBD. This is not only a regulatory requirement but a market differentiator in sustainable construction.
• Maintain Digital Safety in Vertical Transport: For new lifts, escalators, and moving walks, secure and validated software updating is now a fixture of operational compliance, reducing risks tied to digital vulnerabilities and maintenance errors.
• Adopt Rigorous EIFS Verification: Detailed site verification for EIFS ensures high-quality thermal insulation, mitigates risks of defects, and supports warranty and insurance requirements.

Implementation & Timelines

• EPBD-driven BACS requirements phased based on effective rated output and building size
• The software update standard is mandatory for new EUC installations from February 2026
• EIFS field verification can be tailored per project via three review levels; documentation is critical

Benefits

• Enhanced energy efficiency
• Improved occupant comfort and safety
• Reduced legal and operational risks
• Greater asset value and trust in project deliverables

Risks of Non-Compliance

• Regulatory penalties or project delays
• Loss of eligibility for certain certifications or incentives
• Increased risk of energy wastage, malfunction, or liability in case of building system failures

Technical Insights

Common Technical Requirements

• Documentation: All three standards require meticulous documentation, traceability, and reporting—fundamental for audits and ongoing compliance.
• System Interoperability: BACS and digital lift controls must support interoperability and integration, reflecting the complexity of modern, connected buildings.
• Verification Testing: Whether it’s energy data trending, runtime control, or EIFS adhesion/pull tests, each standard embeds systematic, periodic verification into operational routines.
• Cybersecurity Alignment: Particularly for lifts, strict adherence to cybersecurity protocols is non-negotiable.

Implementation Best Practices

1. Early Stakeholder Engagement: Involve compliance, design, and engineering teams at the outset.
2. Utilize Checklists and Self-Declarations: Leverage tools within CEN/TR 18276 for self-assessment and inspector preparation.
3. Prioritize Independent Verification: Ensure third-party involvement for EIFS checks and digital system audits.
4. Invest in Training: Teams must understand not only the requirements, but also new testing and audit procedures.
5. Integrate with Digital Platforms: Use building information modeling (BIM), digital twins, and asset management tools to facilitate compliance data collection.

Testing and Certification Considerations

• Energy Data Validation: Regular audits and validation of BACS energy monitoring systems
• EIFS Thickness and Adhesion: Utilize both destructive and non-destructive test protocols
• Lift/Escalator Software Updates: Simulate failures and recovery to verify safety redundancy
• Third-Party Certification: Secure certifications from recognized bodies for higher-tier projects or public tenders

Conclusion / Next Steps

The February 2026 standards arm Construction Materials and Building sector professionals with the tools needed to meet evolving regulatory demands for efficiency, safety, and quality. Your next steps:

• Assess your current compliance position—use the checklists and requirements detailed here
• Update internal policies and training to reflect new mandates
• Engage with verification bodies for EIFS and digital systems
• Leverage iTeh Standards’ resources to access, implement, and stay informed on every detail

For industry leaders, early adoption is not just about avoiding risk; it is a strategy for competitive advantage, reduced lifecycle cost, and building occupant trust.

Explore each new standard directly for full technical detail and requirements:

CEN/TR 18276:2026 – Checklist of Compliance of Building Automation with EPBD Requirements

ISO/TS 8102-21:2026 – Electrical Requirements for Lifts, Escalators and Moving Walks — Part 21: On-site and Off-site Software Updates

ISO 17738-4:2026 – Thermal Insulation Products — Exterior Insulation and Finish Systems (EIFS) — Part 4: Site Verification

Stay proactive—review the standards, update your compliance strategies, and position your organization at the forefront of best practice.