Integration of solar blinds in AC installations

Project Proposal

Project Proposal







Pitch Deck

Problem definition

The specific issue or challenge that needs to be resolved is the energy inefficiency of traditional AC systems in buildings. The reliance on conventional power sources contributes to high energy consumption, leading to increased utility costs and a significant carbon footprint. The goal is to address this challenge by integrating solar blinds into AC installations, utilizing solar energy to power or complement these systems. In fact, building regular blinds represent major energy loss and heat gain. Solar blinds could dynamically adapt to optimize energy efficiency. So, by replacing old fashioned blinds with solar blinds, the amount of energy used from electrical providers will be reduced by the amount of electricity generated by the blinds.

Energy Efficiency

By harnessing solar energy, the solution reduces the reliance on traditional power sources, leading to increased energy efficiency.

Cost Savings

Over time, the investment in solar blinds can lead to cost savings as the building relies more on the free and abundant solar energy, and decreasing dependence on grid electricity, lowering electricity bills.

Environmental Impact

The integration of solar technology contributes to a more sustainable and environmentally friendly solution, reducing the carbon footprint associated with conventional power generation.

Seamless Integration

The transparent and flexible nature of solar blinds allows for easy integration into existing windows without significant alterations to the building’s aesthetics or structure.


“Get off the grid, get on the sun”



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Every 24 hours, enough sunlight touches the Earth to provide energy for the entire planet for 24 years.


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Work Reports

Meet our team

João Ribeiro

João Ribeiro

Tasks

Prototype, Poster, Final presentation document and Software developer

Jorge Assis

Jorge Assis

Tasks

Technical and Economic Study, Landing Page & Communication , Mid Program - Pitch Deck and Market Knowledge

Lucas Santos

Lucas Santos

Tasks

Analytical model, Demo video, Final presentation document and Research & Development (R&D)

Miguel Gonçalves

Miguel Gonçalves

Tasks

Technical and Economic Study, Landing Page & Communication , Mid Program - Pitch Deck and Market Knowledge

Miguel Roça

Miguel Roça

Tasks

Prototype, Poster, Mid Program - Pitch Deck and Software developer

Neelam Visueshcumar

Neelam Visueshcumar

Tasks

Analytical model, Demo video, Final presentation document and Research & Development (R&D)

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Contact Details

Questions, suggestions and collaborations are welcome. Contact us!



Instituto Superior Técnico, Av. Rovisco Pais 1, 1049-001 Lisboa


Collaborations

Comunidade Hindu de Portugal


CHP has provided essential data regarding its facility

situated in Alameda Mahatma Gandhi, Lisbon. This information

includes details on electricity consumption, monthly

electricity expenses, and various energy efficiency concerns

within the building. These datasets play a pivotal role in

shaping the case study for our project.


Instituto Nacional de Estatística


INE has provided essential data regarding its facility

situated in Avenida António José de Almeida, Lisbon. This information

includes details on electricity consumption and monthly

electricity expenses. These datasets play a pivotal role in

shaping the case study for our project.


Represtor


Represtor has supplied crucial data concerning quotations

for motorized blinds. These datasets are integral to

shaping the foundation of our project's case study.



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