Kindow Rollers are optimal for installment within the window frames and are very effective in reducing cooling loads. Our Rollers result in a orderly appearance of the workspace and a uniform building facade. When cloudy, Kindow Rollers are fully retracted to have a full unobstructed view and allow for maximal daylight. Check out our productvideo and discover how our unique sun tracking system finds the ultimate balance of daylight and view.
Kindow Rollers adapt to the position of the sun, going up or down to an optimal height automatically, to prevent direct sunlight from a desk and computer screen. This way the unwanted glare and overheating are prevented, while daylight admission and view are optimized. When cloudy, Kindow Rollers are fully retracted to have a full unobstructed view and allow for maximal daylight.
Kindow Rollers will prevent glare at all times. When it’s sunny and the sky is bright, their height will be capped to eye level, preventing glare while allowing view. Also when the sun is not directly on the facade skies can be too bright and they will close to eye level. Closing to eye level also results in less cooling load during summer.
When there are no people present, energy demand for cooling or heating becomes leading. Cooling demand will be minimized by fully closing the blinds. Heating demand is minimized by fully opening the blinds.
At night all systems in the building will be open or closed depending on the user’s demands for appearance and the reduction of cooling/heating. When the blinds are fully closed at night they offer an extra insulating layer.
The installation of Kindow sun and daylight control has many advantages over installing standard automated sun shading systems. We have developed our own smart infrastructure that enables low cost installation and rules out any hidden cost for the e-installer in your project.
Kindow only needs one standard socket every 60 systems!
Kindow partners with the research group Building Performance Simulation of the Technical University of Eindhoven (TUe) to quantify the effect on energy usage and user comfort with scientific building simulation models. The performance of our products becomes clear by comparing it to a reference application of automated exterior screens that will fully close when the sun is on the facade.
* These system performances are the result of scientific research by the TU Eindhoven and give an indicative estimate rather than a given result. These performances are for new buildings with efficient installations for cooling, warming and heating, and based on a south-oriented facade with solar control glazing (ZTA 0,3 en LTA 0,7) and daylight controlled lighting switches.
** Automation based on solar radiation outside: the system will close completely when solar radiation exceeds 200W per m2.
*** Daylight autonomy reflects the percentage of occupied time when daylight has a potency of mimimum 300lux, 4 meters into the space.
**** View is expressed in occupied time with unhindered view (being able to look outside in a straight line from desk or workarea).