EU New Regulations Take Effect! Still Competing on Luminous Efficacy? Don't Let "Non-Detachable" Lamps Block Your Path Overseas

2026-05-07

As the revised Energy Performance of Buildings Directive (EPBD) of the EU is fully implemented in May 2026, coupled with the ongoing enforcement of the Ecodesign for Sustainable Products Regulation (ESPR) introduced in 2024, the access rules for the EU lighting market have undergone a fundamental and disruptive transformation. A single energy efficiency indicator is no longer the sole metric for access. A shift has occurred from mere "performance compliance" to comprehensive competition in "sustainability + intelligence." Sustainability assessments covering the full product life cycle and smart adaptability are becoming the key "entrance tickets" and threshold criteria for Chinese enterprises entering the EU.

I.Dual Regulations: The Underlying Reconstruction of the EU Market Access Logic

Over the past decade, domestic companies' understanding of compliance in the EU lighting market has centered on the energy efficiency requirements of the ErP Ecodesign Directive, forming a fixed mindset that "meeting luminous efficacy = compliance for market entry." However, this logic has completely failed in the current EU market.

The EU's current lighting market regulation consists of two parallel and deeply related regulatory systems that have completely rewritten the underlying logic of market access: one is the upcoming EPBD, which directly creates rigid market demand for smart lighting and completes the switch in market logic from "optional" to "mandatory standard"; the other is the ESPR, serving as the top-level design, which replaces the former Ecodesign Directive. It expands the regulatory boundary from a single energy-related product to almost all physical goods. The core evaluation criteria have been upgraded from a single energy efficiency parameter to the environmental impact and sustainability performance of the product over its entire life cycle.

This is not a routine regulatory update, but a fundamental reconstruction of the entire market access system. For Chinese lighting enterprises, this means the track for overseas competition has completely changed: in the past, companies competed on the hard manufacturing capabilities of luminous efficacy, cost, and production capacity. In the future, they will compete on comprehensive capabilities, including smart integration, full-life-cycle green design, supply chain traceability, and digital compliance.

II.Effective in May: EPBD Draws the Mandatory Threshold for Smart Lighting

In May 2026, the revised EPBD will officially take effect. This is the first and most urgent major compliance test facing Chinese lighting enterprises going overseas this year. Its mandatory requirements directly overturn the traditional logic that "a single lighting product can enter the market if it meets standards."

The core requirements of the new regulations are extremely clear: all new commercial buildings in the EU must be equipped with automated lighting control and building automation systems. This clause directly transforms smart lighting from a value-added option into a rigid standard for new commercial projects, drawing a new entry threshold for lighting products:

●System Integration: Products are no longer isolated lighting units. They must possess core networking and integration capabilities, allowing seamless connection to the building's overall smart management system to achieve dynamic dimming, energy consumption monitoring, and smart control based on human presence and natural lighting.

●Interoperability: Technical standards must be met, focusing on the EU's Smart Readiness Indicator (SRI) and universal communication protocols like Matter to ensure product interoperability.

●Driver Standards: The driver must meet the mandatory requirements of D4i Gen 2. This goes beyond basic DALI dimming to include energy metering and fault diagnostic capabilities compliant with DALI Part 250–253. Furthermore, the driver must be installed independently using pluggable terminals and cannot share a thermal management path with the LED module.

For a large number of domestic enterprises that primarily produce traditional or simple smart lighting products, this requirement means that if they fail to achieve smart upgrades and system integration, even if luminous efficacy and energy efficiency indicators are maxed out, they cannot enter the core market of EU new commercial buildings, placing them at risk of exclusion from mainstream procurement lists.

III.ESPR Framework Enforces: Full Life-Cycle Sustainability Becomes the Core of Compliance

If the EPBD sets the red line for smart access, the ESPR reshapes the underlying logic of lighting product compliance from a top-level design perspective. It is also the area where domestic enterprises have the deepest misunderstandings and are the least prepared.

The core change of the ESPR is that the starting point of compliance regulation is moved forward from pre-shipment testing to the product design stage. It requires enterprises to consider the environmental impact of the product throughout its entire life cycle at the R&D stage, including durability, repairability, recycled content, carbon footprint accounting, and hazardous substance management, rather than merely focusing on final energy efficiency and luminous efficacy.

This is the most intuitive reflection of compliance logic under the ESPR framework—when LED technology has compressed energy consumption during the operational phase to the limit, carbon emissions and resource waste during manufacturing and disposal become the focus of the EU's circular economy policy. The reason why "detachability" has been upgraded from a product optimization option to a hard market entry threshold is that it is the fundamental prerequisite for achieving full-life-cycle sustainability: only when products are detachable and separable can they be repaired, components replaced, and sorted for recycling, fundamentally reducing electronic waste and lowering environmental burdens. This is the core orientation of the ESPR and the EN45554 repairability assessment standard; it is by no means a "hidden trade barrier" set by the EU, but an inevitable requirement for the green transition of the global lighting industry.

Cases discovered during our recent industry research and visits to overseas enterprises are enough to shatter the illusion of "luminous efficacy first" held by many companies, serving as a strong warning: a linear lamp with a system luminous efficacy of up to 170 lm/W was directly rejected by an EU buyer and blacklisted for EU market compliance because its LED module was glued to the aluminum tray and the driver was glued inside the cavity—meaning disassembly and repair would destroy the original structure. In the 2026 EU market rules, the compliance of this product is no different from that of an inefficient product. Luminous efficacy is merely the baseline; sustainability requirements like detachability and repairability are the "key vote" that determines market entry.

Based on the ESPR framework and the EN45554 repairability assessment standard, the EU market has set four insurmountable thresholds for lighting products. Each has clear mandatory clauses, testing standards, and consequences for non-compliance. Here is the detailed breakdown:

1.Structural Compliance: Two-Layer Architecture Design as a Mandatory Standard (No Exceptions)

This is the core architecture requirement to achieve "detachability" and is a clear mandatory clause in the EN45554 standard, not an optional design style. The core requirement is that all lighting products entering the EU must be divided into two independent levels: "Durable Parts" and "Consumable Parts," and their separation must meet the strict standard of "non-destructive detachment and independent replacement."

●Durable Parts (Housing, Mounting Rails): Must have a service life of over 20 years, remain fixed after installation, be reusable, comply with EU RoHS 3.0 hazardous substance management requirements, and pass durability tests such as salt spray and aging.

●Consumable Parts (Gear Tray, LED Modules, Drivers): Must be designed for independent detachment. They must be removable and replaceable without professional tools or using only one common tool (e.g., a Phillips screwdriver) without damaging the durable parts structure or affecting future installation and use.

●Post-Replacement Performance: After replacing the consumable part, the product's overall performance must meet relevant EU energy and luminous efficacy standards, without experiencing brightness degradation, increased energy consumption, or safety hazards.

Consequence of Non-Compliance: Products lacking a two-layer architecture, or requiring structural destruction and multiple specialized tools for separation, will be deemed non-compliant. They will be banned from EU customs, forbidden from sale, and recalled. Companies may also face heavy fines (up to 4% of annual turnover, depending on the enforcement rules of individual EU member states).

2.Process Compliance: Zero-Glue Policy Fully Implemented (Mandatory Ban, No Exemptions)

This is the key process requirement to ensure the implementation of "detachability." The EN45554 standard clearly outlines a "positive and negative list" for assembly methods. "Zero-glue" is a core mandatory restriction to prevent irreversible bonding that prevents non-destructive disassembly and parts recycling.

●Prohibited Bonding Processes (Banned without exception): Thermal conductive double-sided tape, hot melt adhesive, potting compound, and cyanoacrylate (super glue) are strictly prohibited for attaching the LED module to the aluminum tray, the gear tray to the housing, and optical components (lenses, diffusers) to the housing. Even minor usage will result in a non-compliant determination.

●Mandatory Compliant Processes: Assembly must use reversible fixing methods such as clips, springs, standard screws, or non-conductive thermal pads (used only for thermal transfer, not bonding). Screws must follow EU standard sizes for easy removal with universal tools. Clips and springs must maintain adequate elasticity and fixing force after at least 50 disassembly cycles.

●Testing Requirements: Products must pass officially recognized disassembly tests, leaving no residue or damage, and allowing immediate reassembly or separate recycling.

Consequence of Non-Compliance: If a prohibited bonding process is detected during testing, compliance is voided regardless of other indicators. The company must recall all exported products and resubmit for testing after rectification. The rectification period does not count towards the transition period, and losses from missed market windows must be borne by the enterprise.

3.Interface Compliance: Standardized Interfaces Lock in Replaceability (Mandatory Adaptation, No Exceptions)

The fundamental prerequisite for repairability and replaceability is interface standardization. Without unified interfaces, even if a product is detachable, it cannot be replaced across different brands or batches, which contradicts the EU's circular economy goals. Therefore, interface standardization is mandatory and must strictly comply with Zhaga Consortium standards (the preferred and de facto mandatory standard in the EU market).

●Light Source Module Interface: Must strictly conform to the Zhaga Book 14 specification, which defines PCB dimensions, pin assignments, and mounting holes. Standard connectors must be used; manual soldering or customized interfaces are strictly prohibited.

●Expansion Interface: Must reserve a Zhaga Book 20-compliant sensor expansion interface for future integration of sensors (e.g., occupancy or daylight sensors) to meet building automation upgrades. The interface must be easily accessible and unhidden.

●Driver Interface: Must use a pluggable, standardized interface compatible with DALI Part 250–253 standards to allow direct replacement of drivers of the same specification without altering wiring or tuning parameters.

Consequence of Non-Compliance: Products that fail to use Zhaga-compliant interfaces or utilize non-standardized designs will be deemed unable to achieve replaceability and will be prohibited from entering the EU market. Products already on the market will be recalled, and the company will be placed on an EU compliance warning list for stricter future audits.

4.Digital Compliance: Digital Product Passport (DPP) is Mandatory (Mandatory Item, No Omissions)

As the core execution tool of the ESPR, the Digital Product Passport (DPP) serves as the product's "digital identity card" to enter the EU market. It is not an optional feature but a mandatory requirement for all lighting products, essential for full-life-cycle traceability and recycling, and deeply tied to the "detachability" requirement. Without a DPP, even if a product is detachable, compliance cannot be verified.

●QR Code Requirements: The product body must be laser-engraved with a GS1 Digital Link format QR code in a clearly visible, wear-resistant location. It must pass a 10-year durability test (simulating daily use, cleaning, and detachment) to ensure scannability. Stickers or easily obscured printing are strictly prohibited.

●QR Code Linked Information (Must be comprehensive): Scanning the code must provide full-life-cycle data, including disassembly steps (with diagrams), waste-sorting instructions (identifying recyclable and hazardous parts), EN45554 repairability score (must reach the minimum passing score of 60), spare parts purchasing links (directing to EU channels with at least 7 years of spare parts availability), carbon footprint data, and hazardous substance testing reports.

●Data Writing Requirements: Standard GTIN (Global Trade Item Number), power, and energy efficiency data must be written into the driver to facilitate verification and ensure traceability.

●Update Requirements: DPP information must be updated within 7 business days whenever the product's design, process, or spare parts channel changes.

Consequence of Non-Compliance: Products without a DPP, or with non-compliant, incomplete, or outdated QR codes, will be intercepted by EU customs and barred from the market. Products on the market will be recalled, and the company will be fined and bear the full costs of rectification. In severe cases, market entry may be restricted for 1–3 years.

Warning: The ESPR is a framework regulation. The European Commission is drafting its 2025–2030 work plan to identify priority product categories. Once luminaires are added to the priority list, companies will have only an 18-month transition period after the act is passed to complete product and supply chain transformations. Waiting for the legislation to take effect before taking action will result in missing the market window.

V.The Path to Breaking the Deadlock: New Compliance Strategies for Chinese Lighting Companies

Faced with the completely restructured rules of the EU market, Chinese lighting enterprises can no longer hold onto the old mindset of "passive compliance and last-minute rectification." They must undergo a comprehensive transformation from cognition to action, transitioning from exporting standalone products to exporting whole systems to establish a firm foothold in the new round of global market competition. Here, we offer four core guidelines for the industry:

1.Update Cognition and Discard the Fixed Mindset of "Luminous Efficacy Equals Compliance": The decision-making level must confront the fundamental shift in EU regulations, making "intelligence + sustainability" the core theme of product R&D and market layout. Establish an all-dimensional compliance system covering regulations, R&D, supply chain, and market, shifting from passive regulatory response to proactive alignment with EU future trends.

2.Reconstruct the Product System from the Design Stage and Implement Circular Economy Concepts: In response to the new EU regulations, prioritize the compliance transformation of product architecture. Implement the two-layer architecture, zero-glue processes, and standardized interface designs across all products. Treat repairability, detachability, and recyclability as core metrics of product design rather than post-development additions. In addition, proactively deploy smart technology R&D and achieve compatibility with universal communication protocols and building automation systems, shifting from standalone manufacturing to providing smart lighting solutions.

3.Upgrade the Supply Chain System and Establish Sustainable Traceability Capabilities: The core requirement of the ESPR and DPP is information transparency and traceability across the entire value chain. Enterprises need to streamline their supply chains in advance and build a full-chain data management system for material sources, carbon footprint accounting, and recycled content proportions. Focus on the control of recycled proportions and carbon emission coefficients for core materials like aluminum, and co-build a sustainable supply chain system with upstream suppliers to handle future compliance audits.

4.Proactively Deploy Digital Compliance Capabilities and Seize the Market Window: Regarding the DPP requirements, enterprises must establish a corresponding digital management system in advance, organize standardized product disassembly documents, spare parts systems, and recycling information, implement process requirements such as QR code laser engraving and product data writing, and standardize the EPREL registration process to avoid compliance failures due to minor oversights. Even if the specific ESPR legislation for luminaires has not been finalized, digital compliance requirements must be integrated into the existing product system to allow for technical and process preparation ahead of time.

The shift in EU market rules is, at its core, the inevitable trend of the global lighting industry transitioning towards green, intelligent, and circular practices, and is by no means a simple trade barrier. The Chinese lighting industry possesses the world's most complete supply chain system, the strongest manufacturing capabilities, and the fastest technology iteration speeds, which is our core confidence when going overseas.

As long as industry enterprises can break out of inherent cognitive patterns, proactively embrace rule changes, deeply integrate green design with smart technology, and transition from "product manufacturers" to "full-life-cycle lighting solution service providers," they will surely achieve the leap from "manufacturing export" to "brand export" amid the global green wave, securing a central position in the global high-end lighting market.