The intelligent window is a top-notch, dependable, long-lasting, insulating double-glazed thermo-acoustic window crafted from monolithic clear glass panes. The insulation is boosted by electronic sensors, a mini fan, a blind, and electric resistance, which regulate the window’s temperature in real-time as the weather changes, either automatically or at the user’s discretion. It is self-sustaining and capable of generating electricity. The sensors and components are discreetly housed within the window frame, maintaining a standard external appearance. This window generates electricity through photovoltaic cells positioned on the slants of a blind located between the monolithic, clear glass panes. A mini fan is also discreetly placed within the window frame to maintain optimal temperature for efficient operation. Despite its high-tech features, it comes at a low cost.

We are currently testing and collecting data to quantify the insulation optimization, electricity generation, and cost-benefit of the Intelligent Window.

Our production methods have been developed to lower costs with the goal of creating an intelligent thermo-acoustic window that is accessible to all who need it. We have created multiple models to customize the Intelligent Window to fit each unique situation, need, and budget.

Production Costs, market size

The thermo-acoustic windows currently on the market are expensive and who needs them cannot afford. Our purpose is to produce a highly efficient window at costs that make it affordable to a broader market. The industry has miniaturized the size and prices of electronic components and of photovoltaic cells; they will further go down and their efficiency will increase.

We currently produce and sell a glazed window that costs 40% less than similar ones in the market, without sacrificing quality, appearance, and durability. This lower cost is attained by airtight design, better assembling, and installation. Its greater insulating capacity makes it possible to guarantee that it is the lowest price on the market for each Degree and Decibel insulated.

Reduction of costs by airtight design, automated manufacturing, easier installation, will reduce costs. Improving cost-efficiency, converting its role from passive to active, easing users’ operation, the investment can be recovered in about 3 to 5 years by saving energy,