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Platform on sun and daylight control, shutters, patio covers and closures
The shading industry has undergone a marked transformation in recent years. Where once manually operated systems were the norm, today it's all about smart drives and advanced controls. This technological development affects not only the comfort of the end user, but also ease of installation, energy efficiency and maintenance for the trade professional. Drives and controls are thus the beating heart of modern solar shading.
Manual operation via strap, cord or crank is still present, especially in smaller applications or renovation projects. Yet the market is increasingly shifting toward electric drives. Tube motors are now the standard for screens, roller shutters, drop screens and patio screens. They offer a higher degree of ease of use, a sleeker design (no visible belts or pendulums) and allow coupling with automatic controls.
Manufacturers have focused heavily on quieter motors, higher torque performance and more compact dimensions. This makes electric drives applicable in almost any type of blinds, even with limited installation space. In addition, we see a growing demand for low-maintenance and durable motors with a long service life, which responds to the need for quality and reliability.
In the field of drives, there are roughly three directions: wired, wireless and solar. Wired motors are known for their reliability and are often used in new construction or large-scale projects. Wireless motors, often controlled via radio frequency, are gaining ground because of their easy installation process and flexibility in renovations.
Solar-powered blinds are an important innovation in the industry. Integrated solar panels and batteries eliminate the need for a grid connection. This reduces installation time, avoids chopping and breaking and is in line with the increasing focus on sustainability and energy conservation. Especially for screens and roller shutters, solar is now a mature and reliable alternative.
In addition to the drive, controls are playing an increasingly important role. Whereas a simple wall switch was sufficient for a long time, today users expect more. Remote controls, time switches and sensors for sun, wind and rain have become commonplace. These automatic functions protect the blinds from weather and optimize comfort and energy consumption.
The real added value, however, is in smart controls linked to home automation and smart home systems. Integration with platforms such as Google Home, Amazon Alexa or Apple HomeKit enables control via smartphone or voice. For specialist dealers and installers, this means that knowledge of networks, apps and settings is becoming increasingly important.
Drives and controls contribute directly to the energy performance of buildings. Automatically controlled blinds can reduce overheating in the summer and actually utilize solar heat in the winter. This reduces cooling and heating requirements, which is in line with more stringent energy requirements and sustainability goals.
For projects in commercial and residential construction, solar shading is increasingly being included in BENG and EPBD calculations. Here, smart control is not a luxury, but a functional part of the building concept.
Drives and controls have long since ceased to be minor components, but are decisive for the quality and future-proofing of sun protection. Electrical, solar and smart solutions offer opportunities for comfort, sustainability and distinctiveness. For professionals in the sun protection industry, the challenge lies in keeping up with technical developments and translating them into reliable, user-friendly solutions for the customer. Those who understand the engine behind solar shading have a clear lead in the market.
