Heliospectra Awarded Research Grant for Continued Development of Patented Bio-Feedback System
Heliospectra AB has secured a SEK 1,750,000 research grant from Vinnova, the Swedish Innovation Authority, for their project titled "Production Control and Light Optimization in Greenhouses". This funding will facilitate the final development of their patented biofeedback sensor, set for launch in 2022. Collaborating with researchers at Chalmers University, the project aims to enhance plant growth monitoring through chlorophyll fluorescence. The advancements are expected to lead to energy savings and waste reduction in greenhouses, aligning with sustainability goals.
- Awarded SEK 1,750,000 grant from Vinnova for innovative project.
- Patented biofeedback sensor expected to launch in 2022.
- Collaboration with Chalmers University for enhanced plant monitoring.
- Project aims at energy savings and waste reduction in greenhouses.
- None.
GOTHENBURG, Sweden, April 22, 2021 /PRNewswire/ -- Heliospectra AB , a world leader in intelligent lighting technology for greenhouse and controlled plant growth environments, is pleased to announce that they have been awarded a research grant from Vinnova, the Swedish Innovation Authority, for the innovation project "Production control and light optimization in greenhouses". The project will be the final step to productizing the company's patented biofeedback sensor for a launch in 2022. The value of the grant is SEK 1,750,000.
Vinnova, Sweden's innovation authority, works to promote sustainable growth and societal benefits by improving the conditions for innovation and by financing needs-based research projects. The organization has approved Heliospectra's latest innovation project "Production Control and Light Optimization in Greenhouses". After 12 years of research, this project will be the final piece in productizing the Heliospectra's biofeedback sensor later this year, and to be formally launched in 2022.
Heliospectra, together with researchers at Chalmers University of Technology, will develop and productize methods for reading and gathering information about the status of plants based on chlorophyll fluorescence measurements at the foliage level. The information gathered will then be used to control production and optimize the climate in commercial greenhouses and indoor growth facilities, while detecting growth problems at the earliest stage possible.
"Analysis of chlorophyll fluorescence to study the status of plants is nothing new in plant science. There are established methods and ongoing research in the field. The challenge lies in developing methods that can be applied in commercial environments such as greenhouse and indoor cultivation facilitates. Here we have a solution underway", says Torsten Wik, Professor in Automatic Control at Chalmers University of Technology.
The ability to have full control over production, optimize the growth environment and detect quality disturbances results in waste reduction and energy savings for growers. According to the United Nations Food and Agriculture Organization (FAO), one third of all food produced in the world for human consumption never reach the consumers' table. This not only means missed opportunities for the economy and food security but also a waste of natural resources. At the same time, the energy savings potential is large as greenhouse lamps internationally accounts for a considerable amount of the total energy consumption.
"The biofeedback system we are developing will take light automation and our way of understanding and communicating with crops to a new level. This innovative technology will allow growers to follow and control growth rate, to optimize light intensity level and lamp use, as well as to identify problems in the cultivation at an early stage", Daniel Bånkestad, Research Manager, Heliospectra AB.
The project aims to develop two new product modules that will be fully integrated with Heliospectra's newly launched helioCORE 2.0, the next generation of light control system. The two new modules will include: Growth Tracking Control (GTC) focusing on production control and Optimal Light Control (OLC) enabling light intensity optimization and light stress detection.
Ali Ahmadian, CEO of Heliospectra AB, comments: "With the launch of helioCORETM 2.0 we have a solution in place that not only pushes the boundaries for what light automation is today but a stable platform to encompass our future innovation projects and the realization of our bio-feedback patent. If these results are as promising as we expect, we assess that we are now ready for product development and will start beta testing the first two modules in Q4 of 2021".
CONTACT:
For More Information:
Heliospectra AB, Fiskhamnsgatan 2, 414 58 Gothenburg, Sweden
Phone +46 31 40 67 10
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SOURCE Heliospectra
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