Spain’s RD 164/2025 Makes LED Emergency Lighting a Non-Negotiable in Shopping Malls

Table of Contents

  • The Regulation: RD 164/2025 and What Changed
  • Why Shopping Malls Bear the Highest Compliance Burden
  • Technical Requirements: What the Law Demands
  • Why LED Emergency Fittings Now Dominate the Market
  • The Market Opportunity in Spain Right Now
  • What Contractors, Distributors, and Installers Must Know
  • How Spaceluxnova Supports Your Projects
  • Sources

The Regulation: RD 164/2025 and What Changed

On 10 April 2025, Spain published Real Decreto 164/2025 in the BOE (Boletín Oficial del Estado), approving a new Reglamento de Seguridad Contra Incendios en los Establecimientos Industriales (RSCIEI). It entered into force on 10 May 2025, with a six-month voluntary application period that ended on 10 November 2025 — the date from which the new rules became fully mandatory for all new projects.

This regulation is not limited to industrial premises. Through its disposiciones finales, RD 164/2025 simultaneously amends two of Spain’s most important safety frameworks that directly govern every shopping mall, retail gallery, and large commercial space in the country:

  • CTE DB-SI (Código Técnico de la Edificación, Documento Básico de Seguridad en caso de Incendio) — the core building fire-safety code.
  • RIPCI (Reglamento de Instalaciones de Protección Contra Incendios, RD 513/2017) — the regulation governing the installation, maintenance, and inspection of all fire-protection systems, including emergency lighting.

Key changes introduced by RD 164/2025 to the RIPCI include updated product and design requirements, reinforced maintenance documentation obligations, and an explicit rule that maintenance firms for emergency lighting systems must comply with the Reglamento Electrotécnico de Baja Tensión (REBT, RD 842/2002) and its relevant ITC-BT instruction. It also aligns Spanish requirements with the new EU Construction Products Regulation (EU) 2024/3110, harmonising product certification expectations across Europe.

Crucially, RD 164/2025 also updates signage requirements: all evacuation plans and directional signs inside buildings must now remain visible even during a mains power failure — a change that directly strengthens the technical case for maintained-mode LED emergency luminaires and illuminated exit signs throughout commercial buildings.

Why Shopping Malls Bear the Highest Compliance Burden

Under Spain’s regulatory stack — CTE DB-SUA Section 4, RIPCI, and the REBT ITC-BT-28 — shopping centres and retail galleries face the most demanding emergency lighting obligations of any building category. The law is explicit:

  • Every space with an occupancy exceeding 100 persons must have emergency lighting. A typical Spanish shopping centre can receive tens of thousands of visitors per day.
  • All evacuation routes from any point of origin to a safe exterior space must be continuously lit to a minimum of 1 lux along the central axis of the corridor.
  • All fire-protection equipment points — extinguishers, fire hose reels, alarm call points, sprinkler control valves — must be illuminated to at least 5 lux.
  • Covered car parks exceeding 100 m² (every underground or enclosed shopping mall car park) require emergency lighting throughout all circulation routes.
  • Every electrical distribution board in the above zones must have emergency lighting.
  • All accessible itineraries for persons with reduced mobility must be lit.
  • All public toilets in commercial buildings must have emergency lighting.

The REBT ITC-BT-28 further extends the obligation to cover all offices, commercial premises, warehouses, and owners’ communities with areas open to the public — regardless of size. This means not only the mall’s common areas, but every individual tenant unit, storage area, and back-of-house zone is in scope.

The consequences of non-compliance are serious. Under the Ley de Industria, infringements are classified as leve (fines up to €6,000), grave (€6,001–€60,000), or muy grave (€60,001–€600,000). In the event of an incident involving casualties where emergency lighting was non-compliant, civil liability falls directly on the building owner or operator.

Technical Requirements: What the Law Demands

Spain’s CTE DB-SUA Section 4 and UNE-EN 1838 set out precise performance requirements for emergency lighting installations. Every contractor and installer quoting for a shopping mall project must meet all of the following:

  • Minimum mounting height: All emergency luminaires must be installed at least 2 metres above floor level.
  • Activation speed: The system must reach at least 50% of its required illuminance within 5 seconds of mains failure, and 100% within 60 seconds.
  • Minimum autonomy: Systems must operate for at least one continuous hour from the point of mains failure.
  • Illuminance on evacuation routes: Minimum 1 lux along the central axis; 0.5 lux across the central half of a corridor up to 2 m wide.
  • Illuminance at equipment points: Minimum 5 lux at extinguishers, fire panels, and distribution boards.
  • Colour rendering: Minimum Ra 40, to allow correct identification of safety signal colours.
  • Uniformity: The ratio of maximum to minimum illuminance on any evacuation route must not exceed 40:1.
  • Exit signs: Luminance of any safety-coloured area must be at least 2 cd/m². The ratio of maximum to minimum luminance within white or safety colours must not exceed 10:1.

Applicable product standards are UNE-EN 60598-2-22 (luminaires for emergency lighting) and UNE-EN 1838 (applied illumination — emergency lighting). All products installed in Spanish commercial buildings must carry CE marking demonstrating conformity with these standards.

Regarding maintenance, the RIPCI requires quarterly battery checks (which should be conducted during off-peak or closure periods to avoid leaving adjacent fixtures simultaneously out of service), annual functional tests, and full documentation of all interventions. For larger installations such as shopping malls, autotest systems — autonomous emergency luminaires that perform self-diagnosis automatically and flag anomalies — are effectively the only practical solution for managing compliance across hundreds or thousands of fitting points. The Community of Madrid has previously mandated autotest equipment in public buildings (Decreto 17/2019), and this approach is increasingly referenced as best practice across all autonomous communities.

Why LED Emergency Fittings Now Dominate the Market

Fluorescent and incandescent emergency luminaires are being withdrawn from shopping mall specifications at a rate. LED technology has become the default choice for three converging reasons:

1. Energy efficiency and battery life. LED light sources consume a fraction of the power of fluorescent tubes at equivalent lumen output. In an autonomous emergency luminaire, lower current draw from the LED chip directly translates to a longer effective battery autonomy — giving installers more margin above the mandatory one-hour minimum, reducing the risk of compliance failures during battery degradation, and extending battery replacement cycles.

2. Lamp life and total cost of ownership. LED sources in quality emergency fittings achieve service lives of 50,000 hours or more. In a shopping mall operating 365 days a year, this eliminates the costly and disruptive lamp-replacement cycles that plagued fluorescent emergency systems. The UNE-EN 60598-2-22 standard requires battery replacement approximately every 4 years or 800 charge/discharge cycles; LED sources will far outlast the battery, reducing the total number of service interventions per fitting over a building’s lifecycle.

3. Autotest and connected monitoring compatibility. Modern LED emergency bulkheads and exit signs are designed to integrate autotest circuits and central monitoring systems. In a shopping mall with hundreds of emergency points, a centralised monitoring platform connected to autotest-equipped LED fittings allows facility managers to verify the status of the entire system from a single interface — producing the documentation required by RIPCI without manual inspection of each unit. This is a critical selling point for any contractor proposing a full-building emergency lighting solution to a centre manager.

The Market Opportunity in Spain Right Now

The timing for emergency lighting projects in Spain is unusually favourable. Three forces are creating simultaneous demand:

Regulatory retrofit wave from RD 164/2025. Any shopping mall, commercial gallery, or large retail complex undergoing renovation, change of use, or extension after 10 November 2025 must comply with the updated requirements of the new RSCIEI and the amended RIPCI and CTE DB-SI. This includes updated product certification references, revised signage visibility requirements, and tighter maintenance documentation standards. Facilities that have not reviewed their emergency lighting installation since the previous RSCIEI of 2004 are at significant risk of non-compliance and face immediate retrofit pressure.

A growing global market with Spain as a mature, regulation-driven segment. The global emergency lighting market was valued at approximately USD 7.71 billion in 2024 and is projected to grow to USD 13.68 billion by 2032, at a CAGR of 7.13%, driven primarily by tightening safety codes and the mandatory installation requirements in commercial buildings. Shopping centres represent the single largest application segment for LED emergency ceiling and bulkhead fittings, accounting for approximately 30% of the global LED emergency ceiling light market by application in recent years. Spain, as a mature European market with a large stock of shopping centres requiring ongoing maintenance and periodic regulatory upgrades, sits firmly in this growth trajectory.

Alignment with Spain’s energy efficiency obligations. Spain’s building sector is simultaneously subject to energy consumption reduction targets. Replacing legacy fluorescent emergency systems with LED reduces electricity consumption, contributing to building energy compliance under Spanish and EU frameworks — making the commercial case for LED emergency lighting upgrades straightforward for centre operators.

What Contractors, Distributors, and Installers Must Know

Winning emergency lighting projects in Spanish shopping malls in 2025–2026 requires more than product availability. The procurement environment has become technically demanding:

Documentation requirements are stricter. RD 164/2025 increases the documentation burden for fire protection installations. For emergency lighting specifically, maintainers must comply with the REBT and its ITC-BT instructions and must be able to produce records demonstrating periodic inspection, battery testing, and any remediation — all traceable to the specific luminaire locations in the building’s emergency lighting layout plan.

ENAC accreditation matters. Inspection bodies performing periodic reviews of fire protection systems in Spain must hold accreditation from ENAC (Entidad Nacional de Acreditación). Contractors and distributors who align their product supply with the inspection and maintenance workflows of ENAC-accredited firms are better positioned in the tendering process.

Autotest specification is increasingly non-negotiable. For any installation covering a substantial shopping centre footprint, specifiers routinely require luminaires with integrated autotest functionality. Distributors who can supply complete autotest LED emergency bulkheads and exit signs — with matching central monitoring modules — win the project over those who can supply the fitting alone.

CE marking and UNE-EN compliance documentation must be on hand. Project technical files submitted for municipal licences or building inspections must reference the certified product standards. Suppliers who provide ready-made technical dossiers referencing UNE-EN 60598-2-22 and UNE-EN 1838 accelerate the contractor’s administrative workload and differentiate themselves at the specification stage.

The two procurement routes in shopping malls. Large mall projects are typically awarded either directly by the property owner or developer to a main electrical contractor, who sub-specifies the products, or through an architect and engineering firm that issues a technical specification for competitive tender. In both routes, distributors and importers who maintain close relationships with specifying engineers and have their products pre-listed in the specification library gain a decisive advantage.

How Spaceluxnova Supports Your Projects

At Spaceluxnova, our LED emergency lighting range is designed specifically for the demanding requirements of Spanish commercial and public-assembly buildings. Whether you are tendering a full shopping centre emergency lighting fit-out in Madrid, retrofitting a regional retail park in Valencia, or supplying a distributor network across Spain, our product range covers:

  • LED emergency bulkheads — self-contained autonomous units meeting UNE-EN 60598-2-22, with 1-hour and 3-hour autonomy options, Ra ≥ 40, instant-start and maintained-mode variants
  • LED exit signs and pictogram luminaires — meeting UNE-EN 1838 luminance requirements (minimum 2 cd/m²), available in single-face and double-face configurations for gallery corridors and stairwells
  • Autotest LED emergency fittings — integrated self-test circuits that automatically verify lamp and battery status and provide fault indication, supporting RIPCI maintenance documentation requirements
  • Central battery-compatible systems — for large-footprint applications such as hypermarkets, multi-storey car parks, and anchor stores requiring a centralised power supply
  • Full CE marking and UNE-EN compliance documentation — product technical files, photometric data, and installation guides ready to include in project submissions

We supply contractors, importers, distributors, and electrical wholesalers across Spain. If you are currently pricing a shopping centre project, a retail renovation, or building a supply relationship for the Spanish market, contact us directly at www.spaceluxnova.com for product specifications, pricing, and project technical support.

Sources

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