PARS – Photovoltaics for Agricultural Automation and RoboticS

Objective of Project Idea:
Effective dissemination of dual land-use systems (AVS) - Propose framework to minimize the cost, time, and resources used on the construction of solar PV farms 1) Dual Land Use - Enable farmers to utilize the same land for both electricity generation and agricultural production, optimizing land use and maximizing economic returns. 2) Photovoltaic Agricultural Internet of Things (PAIoT) - Enhance agricultural efficiency, productivity, and sustainability by using real-time data and automation, transfer of renewable power to agricultural robots, equipment and computing devices used in farming.
Name: Aylin Yorulmaz

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Proposal key words:F2 SolarK1 IoTK2 Artificial Intelligence

NOVEL, HIGHLY EFFICIENT, MULTY-FUEL & SUSTAINABLE ENGINE

Objective of Project Idea:
MAP’s technology is a novel rotary and multy-fuel internal-combustion engine featuring separate chambers for compression, combustion, and expansion, enabling it to complete the whole thermodynamic cycle in just one turn of the shaft with a high compression ratio, stoichiometric constant volume combustion and hyper expansion. This results in a significantly higher efficiency compared to standard internal combustion engines. MAP owns all intellectual property rights associated including a portfolio of patents already granted in the USA, Korea and the EU.
Name: Gabriel

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Proposal key words:F5 Marine powerF6 Oil | gas | coal enhanced practicesH3 Energy as a service

W’wave – Concentrated Wind Power

Objective of Project Idea:
W’wave® OPTIMISES WIND in WIND FARMS. W’wave has developed and PATENTED a new technology that makes wind flow at higher speed and less turbulence through the rotors of the wind turbines of a wind farm so that its turbines can harvest more wind energy . Then technology materializes in our PRODUCTS, W’wave® WindWaves: HARDWARE structures anchored to the ground that purposefully divert wind flow from the ground level, accelerating it through the turbine rotor level. These are SAFE (building-code-compliant), structurally non-complex (very modular), COST-EFFECTIVE, certifiable LOW-CARBON-intensive, RECYCLABLE and REUSABLE, and that can be HYBRIDATED with solar PV panels to make[...]
Name: Manuel Alcocer

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Proposal key words:F1 WindF2 Solar

Hidrogen from abandoned Oil reservoirs

Objective of Project Idea:
We have the technology developed jointly with an associate to extract H2 from abandoned Oil reservoirs, we are looking to partnering with Oil companies or engineering companies that provide services to Oil companies anywhere in the World
Name: Gonzalo Berdugo C

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Proposal key words:H2 Demand forecastH3 Energy as a serviceI4 Hydrogen storage

Algorithm “Gaud-e” for energy savings and environmental care through automated architectural design.

Objective of Project Idea:
The goal is to reduce pollution generated by the construction industry and buildings while making architectural designs 50% more energy and climate efficient. This can be achieved through the automation of architectural design using artificial intelligence. The automated design process incorporates millions of data points related to climate, environmental conservation, seismic activity, regulations, and potential environmental impact. By leveraging these data, complete 3D models can be generated for buildings, from foundation to roof. The shape of the buildings themselves should be capable of providing thermal comfort, climate adaptation, seismic resistance, and maximum energy efficiency through appropriate material selection and the[...]
Name: Ricardo Riffo

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Proposal key words:G4 Zero carbon buildingK2 Artificial IntelligenceK4 Blockchain

Nearly zero-energy concepts for solar apartment

Objective of Project Idea:
International roadmaps target to convert all high energy consuming buildings to nearly zero-energy buildings by implementing energy generation from green sources. The purpose of this project is to ecologically supply nearly zero-energy solar apartments with minimal cost using optimal energy harvesting methodologies such as multi-functional building-integrated bi-facial PV with a shading function, radiant cooling without any energy or power input & radiant heating systems, which are combined together, with optimal building envelope performance depending on the season in any region in the world with ecological criteria. The concepts will be developed as an ecological, passive architecture to minimize the heating[...]
Name: Seung-Ho Yoo

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Proposal key words:F2 SolarG4 Zero carbon buildingH1 Demand Side Management

Production of Syngas from Food Residues at İndustrial Level and Application of Energy Efficiency Principles

Objective of Project Idea:
The recycling of waste from the factory (e.g., food waste and bio-waste) is crucial in terms of sustainability. It is possible to produce heat and electricity through these wastes. In this project proposal, the food waste from the Vestel Factories will be converted into syngas using thermochemical conversion in gasification reactors. For this regard, a gasifier reactor is planning to develop and built in the one of Vestel Factories. Then, the produced gas mixture is planning to integrate with different systems (generator, fuel cell etc.) to obtain electricity and heat energy. A control algorithm is planning to develop in order[...]
Name: Özlem Çelikel

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Proposal key words:F4 BiomassG5 Co-generation | CHPI2 Fuel cells

Efficient Use of Road Infrastructure (EURI); Inclusive micro-mobility solutions; modular components for frugal, enclosed Narrow Leaning Vehicles (NLV)s.

Objective of Project Idea:
'Automobile 2.0; Liberating the road ahead'. Close match to this call. Technology developer SME offering unique patent-granted automotive suspension IPR and trade secrets that enables ultra-efficient, ultra-narrow, parking/congestion-busting, enclosed, frugal, failsafe, ultra-light electric road vehicles to help unlock the potential of ZEVs. A new paradigm in circularity and emissions for the automotive industry. Inclusive, resource/time-efficient, micro-mobility solution; Compact Urban Vehicle (CUrVe). We are seeking international automotive and/or motorcycle/moped/scooter OEMs, Tier 1s, lightweight component and material suppliers, including motors, battery-swapping, fast recharging, ECU software, academic research partners and others with experience of Horizon programme for an ultra-strong consortium. We are a[...]

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Actionable Insights for Energy Industry with Data Driven Solutions

Objective of Project Idea:
Provide a market size analysis of all the related markets by type, product, end-user, application, and technology. The market value mentioned in the final deliverable will be for the years 2020 (historic), 2021 (historic), 2022 (actual), 2023 (estimated), 2024, 2025, 2026, 2027, 2028 (forecasted). Global Energy Decarbonisation Market Global Renewable Energy Resources Market Global Biomass Power Market Global Wind Energy Market Global Solar Energy Market Global PV Power Generation/ Solar Power Generation Market Global Solar Heating and Cooling Market Global Hydro Power Generation Market Global Ocean Power Generation Market Global Geothermal Market Global Energy Efficiency Market Global Electric Vehicles Market[...]
Name: Moisés Bismarck Medina De León

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Proposal key words:G4 Zero carbon buildingH3 Energy as a serviceK2 Artificial Intelligence

Production of Syngas from Food Residues at İndustrial Level and Application of Energy Efficiency Principles

Objective of Project Idea:
The recycling of waste from the factory (e.g., food waste and bio-waste) is crucial in terms of sustainability. It is possible to produce heat and electricity through these wastes. In this project proposal, the food waste from the Vestel Factories will be converted into syngas using thermochemical conversion in gasification reactors. For this regard, a gasifier reactor is planning to develop and built in the one of Vestel Factories. Then, the produced gas mixture is planning to integrate with different systems (generator, fuel cell etc.) to obtain electricity and heat energy. A control algorithm is planning to develop in order[...]
Name: Anıl Erdoğan

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Proposal key words:F4 BiomassG5 Co-generation | CHPI2 Fuel cells
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