LightMirror

Received : Here are all the innovations Team for the Planet has received through its innovations submission form

LightMirror brings sunlight to hospitals.

Lever of action
Energy efficiency
Sector
Buildings
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Submission date August 16, 2020 Founders Dimitri Ionescu

Detailed project

NB: this form is filled entirely by the ones submitting the innovation.

What is the issue addressed?

There is some evidence that daylight exposure can affect postoperative outcomes in patients and, consequently, that daylight should be considered in hospital design. Study shows that amount of daylight in a patient's room significantly impacts the patient's length of stay. Still, the absence of daylight in hospitals is huge. 68% of the hospital rooms don't receive any sunlight during the year. The lack of natural light also leads to high energy costs for heating and lighting the building.

How is the problem solved?

LightMirror is an architecture startup developing reflective panels to bring sunlight and reduce heating needs in hospitals and care homes. Inclined reflective panels at the roof's edge redirect sunlight to another building's windows. Natural light becomes a controllable asset, and the main benefits are free solar gains, an increase in well-being and a cut in the energy usage of the building by up to 30% (reduces lighting and heating). The startup is developing the process and testing products to make the installation but acts as a classical architecture company with its clients.

What is the customer target?

Healthcare buildings

How is this solution different?

Having natural daylight in healthcare buildings: -will lower the energy cost of lighting and heating -reduce the patient stay and enhance the process of healing -reduce the stress and anxiety of the healthcare workers More natural light in buildings influences well-being and the healing process. When a facility aims to reduce its energy need to nearly zero-energy buildings, LightMirror’s renovation works are implemented ten times faster, are thirty times cheaper and emit sixty times less greenhouse gas than classical renovation. The principal emissions reduction concerns the materials and construction works.