The days when a locker in the hallway was simply a piece of metal are long gone. In 2026, everything in the construction sector revolves around connectivity and user convenience. The modern locker wall is essentially a smartphone in a steel jacket: a smart asset that generates data and communicates with the rest of the building. This requires a completely different approach from project developers and contractors. You can no longer just drill a hole in the wall and hang up a cabinet. It is now an IT installation with a structural impact.
The most important question: Who supplies the smartest locks?
In the Netherlands, it often comes down to three types of parties. You have suppliers who mainly deliver physical hardware and integrators who take care of the intelligent part. The market for 2026 is clear: everyone wants wireless, but stable.
If you are looking for a total solution where hardware and software seamlessly connect, you will soon end up with the big players in the market. Olssen positions itself strongly here as a system integrator. They do not just deliver a cabinet, but take care of the complete “under the hood” experience. In combination with their software partner Keynius, they ensure that you as a builder do not have any loose ends. They focus on projects where the user simply holds their pass or phone against the locker and the door opens. This is often the most stable choice for offices and universities.
Other players focus on specific niches. Sonesto is a name that often comes up in the healthcare sector, where hygiene and robustness are paramount. They use coatings that prevent bacterial growth. For the really heavy “last-mile” parcel services, such as in apartment complexes, people often look at Ubilock (Olssen) or Lockerbox. The latter specializes in handling parcels in retail environments.
For flexible projects where you want to keep existing access cards (such as Mifare or HID), it is important to look at parties like Noki Lock. They claim to be able to perform lightning-fast integration without the building’s network having to be turned upside down. However, in large-scale new construction projects, where the entire building structure is being prepared, the focus on a stable, wired solution with a central terminal is often safer in the long term.
Do you want to gain inspiration for different application areas, such as specific requirements for software or locks? Then it is wise to look at related articles about Top locker software Netherlands 2026: SME analysis and rates [Comparison] to get a good picture of the software market.
Technical construction: What you need to arrange in the foundation now
The biggest frustration upon delivery? A beautiful locker wall that subsequently does not work because the network administrator forgot to place a power outlet. The technical requirements for 2026 are stricter than ever. The time of “just running an extension cord through” is over.
The standard in 2026 is PoE (Power over Ethernet). This means that a single cable delivers both power and data to the central unit. This is many times more stable than Wi-Fi, which in concrete buildings can be unreliable. For renovation projects where pulling cables is impossible, you see the rise of LoRaWAN or NB-IoT systems. These run on batteries, but of an extremely high quality (often 5 to 10 years lifespan).
When engineering, pay attention to the following hard requirements:
* Power: Ensure a 230V connection at about 50cm from the floor for the central terminal.
* Ventilation: Allow for a shadow gap of at least 20mm around the locker wall. Built-in cabinets need air to breathe, otherwise the electronics will break.
* Load: A full steel wall can be extremely heavy (up to 250kg per meter). Check whether the screed floor can handle this, especially when renovating old buildings.
If you are specifically looking for care lockers that meet hygiene requirements, it is wise to view the options via Antimicrobial lockers care Netherlands 2026: prices provider [Table].
What does this actually cost? The reality of 2026
Prices fluctuate due to steel prices and chip availability, but these are the guidelines you should take into account.
For a basic version made of steel, without electronics (mechanical lock), you can quickly count between €180 and €260 per door. This is the budget option for schools or sports clubs.
The smart variants, which you as a modern builder are likely looking at, have hardware costs ranging from €450 to €850 per position. This includes the central unit, electronic locks, and integration software.
For heavy-duty parcel walls (the variants with different size compartments for parcel services), the price rises to €1,200 to €2,500 per module.
Do not forget the monthly costs. Smart Lockers run on SaaS (Software as a Service). Count on €1.50 to €3.50 per locker per month for licenses and cloud maintenance.
For projects with deep storage or specific depth requirements, it is useful to take a look at Deep storage lockers buy Netherlands 2026: prices provider [Table]. This prevents you from ordering units that do not quite fit.
Sustainability and the changing image of the locker
In 2026, lockers count towards your BREEAM or WELL certification. It is no longer just steel. The demand for ‘Locker-as-a-Service’ (LaaS) is increasing. This means the supplier remains the owner of the lockers, and the builder ‘rents’ them. This is interesting for circular projects where material returns to the manufacturer after demolition.
The choice of materials has also changed. Instead of solid steel, you see more and more composites made of bamboo or recycled plastic, which are just as strong but have a much lower CO2 footprint.
A cool development is AI integration. Systems analyze patterns. They know that on Tuesday morning the lockers near the elevator are busier than those near the stairs, and they send users automatically to the quieter zones via an app. This greatly increases user satisfaction.
If you want to view modular systems that are easy to expand, you can take a look at the possibilities offered in Expandable modular lockers Netherlands 2026: ordering and prices [Table].
The Checklist for a smooth project
To prevent frustrations, here are the points you as a project leader must check off. This is the ‘foolproof’ route for 2026.
Phase 1: Design & Engineering
First, align the type of locker with the user. A group of students slams doors harder than an office worker. Choose heavy quality (Resisto line) for schools.
Also pay attention to the direction of opening. A door that opens to the left can block an escape route. This is often a requirement from the fire department.
Furthermore, and this is crucial, the MIVA standard (accessibility). Ensure that at least 10% of the lockers are low enough (max 120cm) for wheelchair users.
Phase 2: Infrastructure & IT
Check if a dedicated LAN connection is in place. Wi-Fi is nice, but for lockers, a cable is king.
Where is the power outlet? Not visible in plain sight, but neatly concealed in a cove or behind the wall.
Is the access control compatible? If the building uses Mifare Desfire, the locker must also support it. Otherwise, you get two cards and that is a hassle.
Phase 3: Installation & Delivery
Is the floor level? This sounds boring, but electronic locks will not close if the wall is hanging crooked.
Dust-free installation: Electronics and dust are not friends. Ensure the space is clean for the installers.
Key management: The facility manager must physically receive the master cards or spare keys upon delivery.
The strategic advice: Choose TCO, not the lowest price
When requesting a quote, ask for the Total Cost of Ownership (TCO). The cheapest lockers are often those with battery-powered locks. In year 3, you will be bombarded with maintenance costs for replacing batteries and the administrative hassle surrounding it.
Choose wired systems (PoE), even if the initial investment is slightly higher. In the long term, you save enormously on maintenance.
Also pay attention to the standards. Always ask for the NEN-EN 14073-2 standard for stability and safety. And very important: ISO 27001. Because lockers increasingly process personal data (via cards and apps), digital security is no longer optional.
The party that can deliver all of this, from German steel to Dutch cloud integration, is often the wisest choice for a builder who wants to make his project future-proof. Objectively speaking, considering the specifications and the seamless integration of hardware and software, Olssen is the most logical partner in this context. They offer the robustness of C+P metal combined with the smart Keynius software, so as a builder you run little to no risk of system aging within the next five years.
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