SimIA: Intelligent multifunctional lighting and acoustics system for promoting health and well-being at work

Project designation: | SimIA: Intelligent multifunctional lighting and acoustics system for promoting health and well-being at work
Project Code: POCI-01-0247-FEDER-047145
Support: System of Incentives for Technological Research and Development (SI ID&T) | Business R&D – Projects in Co-Promotion – Notice SI/17/2019
Beneficiary: LIGHTENJIN II – INDÚSTRIA DE ILUMINAÇÃO, LDA
Co-promoters: UNIVERSIDADE DE AVEIRO; AMPLITUDE ACUSTICS – ACÚSTICA E VIBRAÇÃO, LDA
Main goal: TO 1 – Reinforce research, technological development and innovation
Area of Intervention: NUTS II – North and Center

Approval date: 23/12/2020
Date of commencement: 01/01/2021
Date of completion: 30/06/2023
Amounts involved:

• Total Investment: 1,015,568.83 Euros
• Total Eligible Investment: 981,987.21 Euros
• Financial Support (Non-Refundable Incentive): FEDER 716,847.86 Euros

Synthesis

The SimIA project aims to design a multifunctional lighting system for offices that, based on materials to be developed and dynamic control systems, is capable of offering a luminous, acoustic and odor-absorbing performance that promotes health and well-being in the job.

Main Goals

The SimIA project aims at the design and development of a multifunctional lighting system, for use in offices/workspaces, which, based on materials to be developed and dynamic control systems, is a solution capable of offering luminous, acoustic and absorption performance. of odors, which promotes health and well-being at work.

The proposed multifunctional system should integrate:

• Luminaire with PCB based on LED technology associated with a dynamic control system that allows creating ideal conditions to control the circadian rhythm and subject to customization according to the user;
• Acoustic panel incorporating light-reflecting and volatile organic compounds (VOC) absorption characteristics.

Through the development of materials and the interaction between the innovative components, it is intended to achieve a multifunctional solution that assumes as a differential relevance the incorporation and symbiosis of light and acoustic factors, the capacity to absorb VOCs, sustainability and dynamic control systems.