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| Titel Sortér faldende | Periode | Program | |
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| Detection of explosives using terahertz radiation at improved standoff-distances | 2018 - 2021 | Grand Solutions
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Detection of explosives using terahertz radiation at improved standoff-distances
Periode
2018 - 2021
Region
Region Syddanmark Program
Grand Solutions Fagområde
Produktion, Materialer, Digitalisering og IKT Investering
Percentage
74.98 Fondens investering
6,1 mio. Samlet budget
8,2 mio. Projektdeltagere
Aalborg University, MyDefence Communication ApS Projektleder
Aalborg Universitet, NBV8
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| Development of low-noise and cost-effective wind farm control technology | 2018 - 2021 | Grand Solutions
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Development of low-noise and cost-effective wind farm control technology
Periode
2018 - 2021
Region
Region Hovedstaden Program
Grand Solutions Fagområde
Energi, Klima og Miljø Investering
Percentage
73.44 Fondens investering
13,4 mio. Samlet budget
18,2 mio. Projektdeltagere
Technical University of Denmark, Siemens Gamesa Renewable Energy, EMD International A/S, DELTA - a part of FORCE Technology Projektleder
Danmarks Tekniske Universitet
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| Development of reliable and efficient alkaline membrane electrolyzers DREAME DREAME | 2020 - 2024 | Grand Solutions
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Development of reliable and efficient alkaline membrane electrolyzers DREAME DREAME
Periode
2020 - 2024
Region
Region Hovedstaden Program
Grand Solutions Fagområde
Bioressourcer, Fødevarer og Livsstil Investering
Percentage
74.81 Fondens investering
11,3 mio. Samlet budget
15,2 mio. Projektdeltagere
Technical University of Denmark, Rensselaer Polytechnic Institute, Green Hydrogen, Danish Power Systems Projektleder
Danmarks Tekniske Universitet
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| DEXTRA Deep neural network x-ray tissue imaging for robotic automation | 2024 - 2027 | Grand Solutions
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DEXTRA Deep neural network x-ray tissue imaging for robotic automation
Periode
2024 - 2027
Region
Program
Grand Solutions Fagområde
Ikke defineret Investering
Percentage
61.93 Fondens investering
9,6 mio. Samlet budget
15,5 mio. There are many strong incentives to reduce the use of manual labor in the meat industry:
High wage countries such as Denmark are at an obvious disadvantage compared to low wage countries.
Even for lower cost countries it is becoming increasingly difficult to recruit and retain slaughterhouse staff.
Staff turnover is high resulting in costs for training and also for poor product yield and quality.
De-boning involves repetitive movements and heavy lifting which can result in health issues and muscular skeletal disorders.
The aim is therefor to develop an X-ray 3D imaging solution that can be integrated into robotic solutions at meat processing plants to enable the automation of manual deboning processes. The approach adopted is to use inverse problem solving and deep neural networks to determine the internal distribution of hard and soft tissues in the products, superseding the need for tactile feedback and enabling fast and precise deboning operations that in some respects will result in superior performance, e.g. more precise fat trimming with better yields.
The objectives are:
To develop X-ray measurement hardware that fast and efficiently can supply X-ray projections at different angles containing information about meat, fat, and bone internal tissue distributions within 1 mm.
To develop analysis software to determine the tissue distributions with sufficient speed and accuracy.
To develop an application programming interface for robot integrators.
Projektdeltagere
Teknologisk Institut, Technical University of Denmark, Frontmatec Smørum, AIRA Robotics S.L., Danish Crown AS Projektleder
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| DfR2 værktøjer til Pålidelig og Robust Design af Effektelektronik i Energi Systemer | 2018 - 2020 | Grand Solutions
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DfR2 værktøjer til Pålidelig og Robust Design af Effektelektronik i Energi Systemer
Periode
2018 - 2020
Region
Region Nordjylland Program
Grand Solutions Fagområde
Energi, Klima og Miljø Investering
Percentage
72.65 Fondens investering
35,2 mio. Samlet budget
48,5 mio. Projektdeltagere
Aalborg University, University of Southern Denmark, Grundfos Holding A/S, Danfoss A/S, KK Wind Solutions, Vestas Wind Systems A/S, Aalborg University, Danfysik A/S, Horsodan Elektronik A/S, City University of Hong Kong, NY Danfoss A/S, NY Vestas Wind System A(S Projektleder
Aalborg Universitet
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| Digitalt dagcenter til personer med demens COVID19: Digitalt dagcenter til personer med demens | 2020 - 2020 | Grand Solutions
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Digitalt dagcenter til personer med demens COVID19: Digitalt dagcenter til personer med demens
Periode
2020 - 2020
Region
Region Hovedstaden Program
Grand Solutions Fagområde
Ikke defineret Investering
Percentage
50.5 Fondens investering
1,9 mio. Samlet budget
3,7 mio. Projektdeltagere
Type2dialog Aps, GORM agency, Alzheimerforeningen, Kommunernes Landsforening Projektleder
TYPE2DIALOG ApS
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| DiRECTLY: Databaseret REaltids KollaboraTivt Logistik sYstem | 2018 - 2021 | Grand Solutions
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DiRECTLY: Databaseret REaltids KollaboraTivt Logistik sYstem
Periode
2018 - 2021
Region
Region Nordjylland Program
Grand Solutions Fagområde
Infrastruktur, Transport og Byggeri Investering
Percentage
67.49 Fondens investering
10,2 mio. Samlet budget
15,1 mio. Projektdeltagere
Aalborg University, Aalborg University, Aalborg University, Imperial College London, GateHouse Logistics A/S, Center for Logistik og Samarbejde, Bech-Bruun, Danske Fragtmænd A/S, FREJA Transport and Logistics A/S, Dansk Erhverv Projektleder
Aalborg Universitet
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| DISI - Levering af Mæthedsinducerende Ingredienser til Tarmen | 2016 - 2019 | Grand Solutions
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DISI - Levering af Mæthedsinducerende Ingredienser til Tarmen
Periode
2016 - 2019
Region
Region Hovedstaden Program
Grand Solutions Fagområde
Bioressourcer, Fødevarer og Livsstil Investering
Percentage
71.51 Fondens investering
10,7 mio. Samlet budget
15,0 mio. Projektdeltagere
Aarhus University, DuPont Nutrition Biosciences, Aarhus University Projektleder
DUPONT NUTRITION BIOSCIENCES ApS
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| Distributed ONline Monitoring of the Urban waTer Cycle | 2018 - 2021 | Grand Solutions
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Distributed ONline Monitoring of the Urban waTer Cycle
Periode
2018 - 2021
Region
Region Midtjylland Program
Grand Solutions Fagområde
Energi, Klima og Miljø Investering
Percentage
64.2 Fondens investering
14,6 mio. Samlet budget
22,8 mio. Projektdeltagere
Aarhus Vand Ltd., VandCenter Syd Ltd., Aalborg University, Aalborg University, MONTEM IVS, InforMetics ApS, Aarhus Kommune, Unnamed, Dryp ApS Projektleder
AARHUS VAND A/S
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| DIVERSIFY - En biodiversitet baseret strategi til cellefabrik konstruktion | 2017 - 2020 | Grand Solutions
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DIVERSIFY - En biodiversitet baseret strategi til cellefabrik konstruktion
Periode
2017 - 2020
Region
Region Hovedstaden Program
Grand Solutions Fagområde
Bioressourcer, Fødevarer og Livsstil Investering
Percentage
63.81 Fondens investering
20,2 mio. Samlet budget
31,7 mio. Projektdeltagere
Technical University of Denmark, Evolva Biotech A/S, Novozymes A/S, Novo Nordisk A/S, River Stone Biotech ApS Projektleder
Danmarks Tekniske Universitet
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| DREAMS Digitally supported Environmental Assessment for Sustainable Development Goals (SDGs) | 2020 - 2023 | Grand Solutions
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DREAMS Digitally supported Environmental Assessment for Sustainable Development Goals (SDGs)
Periode
2020 - 2023
Region
Region Nordjylland Program
Grand Solutions Fagområde
Energi, Klima og Miljø Investering
Percentage
66.38 Fondens investering
18,2 mio. Samlet budget
27,5 mio. Projektdeltagere
Aalborg University, Danmarks Miljøportal, Aalborg University, Technical University of Denmark, University of Southern Denmark, Ministry of Environment and Food, The Danish Environmental Protection Agency, BaneDanmark, Cowi, Rambøll, DinGeo, Instituto Superior Tecnico (IST), Vejdirektoratet, EnergiNet, The Copenhagen Metro, (choose from drop-down menu) Projektleder
Aalborg Universitet
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| DreamWind - Design af genbRugeligE Avancerede Materialer til VIND industrien | 2016 - 2020 | Grand Solutions
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DreamWind - Design af genbRugeligE Avancerede Materialer til VIND industrien
Periode
2016 - 2020
Region
Region Hovedstaden Program
Grand Solutions Fagområde
Produktion, Materialer, Digitalisering og IKT Investering
Percentage
67.85 Fondens investering
17,6 mio. Samlet budget
26,0 mio. Projektdeltagere
Danish Technological Institute, Vestas Wind Systems A/S, Aarhus University, Aarhus University, Blue Cube Operations LLC Projektleder
Teknologisk Institut
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| DronEL - Hurtig og præcis inspektion af store fotovoltaiske anlæg, der anvender drone billeddannelse | 2018 - 2021 | Grand Solutions
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DronEL - Hurtig og præcis inspektion af store fotovoltaiske anlæg, der anvender drone billeddannelse
Periode
2018 - 2021
Region
Region Nordjylland Program
Grand Solutions Fagområde
Energi, Klima og Miljø Investering
Percentage
75 Fondens investering
15,0 mio. Samlet budget
20,0 mio. Projektdeltagere
Aalborg University, Technical University of Denmark, Skywatch, SiCon, Kenergy, Skive Kommune Projektleder
Aalborg Universitet
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| DRONES Drone-Obtained Electromagnetic Signatures | 2024 - 2027 | Grand Solutions
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DRONES Drone-Obtained Electromagnetic Signatures
Periode
2024 - 2027
Region
Program
Grand Solutions Fagområde
Ikke defineret Investering
Percentage
66.4 Fondens investering
29,7 mio. Samlet budget
44,7 mio. Testing large radio systems, e.g. ships or aircraft, though essential to ensure operational performance, typically requires transporting the tested object to dedicated test sites, which is cumbersome, expensive, and time-consuming. Today, there is no fast, cost-efficient and easy solution at scale. The DRONES project aims to develop a novel drone-based solution capable of in-situ radio testing of large objects and electromagnetic (EM) signature characterization, which allows objects to be tested whilst in operation mode. To achieve this purpose, a constellation of drones equipped with low-wind load, high-performance antennas and advanced radio transceivers covering a wide range of frequency band, along with artificial intelligence enabled signal processing and drone-swarm algorithms will be developed.
The solution will empower the industry (such as maritime, aerospace, automotive and defense, and associated companies) with enhanced capabilities for evaluating critical electromagnetic systems, paving the way for improved performance and reliability of sensors and communications systems.
The DRONES project brings together experts in the fields of antenna measurements (AAU), antenna measurements with drones (QuadSAT), and drone technology (SDU), collaborating closely with key users such as Scandinavian Avionics and FMI. The product will provide drone-based solutions to customers as a service or offer the measurement system to be purchased as an out-of-house testing facility.
Projektdeltagere
Aalborg University, University of Southern Denmark, QuadSAT ApS Projektleder
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| Drones for Energy (Drones4Energy) | 2018 - 2021 | Grand Solutions
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Drones for Energy (Drones4Energy)
Periode
2018 - 2021
Region
Region Syddanmark Program
Grand Solutions Fagområde
Produktion, Materialer, Digitalisering og IKT Investering
Percentage
74.81 Fondens investering
14,0 mio. Samlet budget
18,8 mio. Projektdeltagere
University of Southern Denmark, Aarhus University, Fraunhofer Institute for Microelectronic Circuits and Systems, GeoPartner Landinspektører, Develco A/S, Science Ventures Denmark Projektleder
Syddansk Universitet (University of Southern Denmark)
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