Democratising inclusive, circular, sustainable, micro-mobility solutions. Modular key-components for frugal, enclosed Narrow Leaning Vehicles (NLVs).

Objective of Project Idea:
'Automobile 2.0: Personal mobility and deliveries for digital generations'. Ultra-downsized, enclosed vehicle-type/s offer highest probability/incentive to persuade habitual motorists reluctantly out of cars, taxis/PHV/Ubers. They offer convenience, comfort of cars, with additional advantages. Safe, secure, weather-proof, cyclist/pedestrian/female-friendly vehicles used for time-sensitive/rainy/icy journeys, (eg medical) deliveries, private-hire, to-airport/rail, taxi, hospital-appointments, police, paramedics, privately owned, or hired-on-demand MaaS. By speeding journeys, electric NLVs promise to help reduce congestion, road transport emission for ALL as a by-product, indirect, secondary function, including rural/urban/suburban/intra-urban use. Compared to state-of-the art NLVs and cars, Stryker offers faster, more comfortable, manoeuvrability, closer parking proximity to point of origin/destination,[...]
Name: David G

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Proposal key words:I1 BatteriesI2 Fuel cellsI5 Other

Smartphone based big data analytics project

Objective of Project Idea:
INNOBIZ Group (Pty) Ltd (INNOBIZ) is on the drive to convert their research ideas of big data analytics interface of the soil into a practical algorithm for soil fertility testing to unlock the productivity potential of small-scale crop farmers. INNOBIZ has proven its research concept of using a smartphone-based digital image to predict physical and chemical soil properties for agricultural soil testing. INNOBIZ investigated the probability of using a generic smartphone camera to collect soil data and analytically derive information about soil nitrogen, pH, texture and moisture content. A solution towards affordable and easy access to soil testing services, INNOBIZ[...]
Name: Lindokuhle Mdletshe

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Smart and integrable concentrated hybrid PV module for building facade

Objective of Project Idea:
Our proposal aims to develop innovative PV solar modules, based on high efficiency solar cells, that could be easily incorporated in the available areas of building façades (building integrated PV - BIPV or building applied PV - BAPV). Bringing PV plants closer to consumption areas will not only reduce the need of energy transport, but also help the creation of micro-grids with lower energy cost and lower environment footprint.
Name: Nabiha Ben Sedrine

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Proposal key words:F2 SolarG2 Micro gridG7 Smart sensors

RePG AQUA Air Water Generator

Objective of Project Idea:
RePG AQUA transforms the relative humidity in the air into clean water that people can drink.The device absorbs the moisture in the air by means of a fan. The moisture in the sucked air is condensed in the device and transferred to the collection container. Afterwards, the water obtained is sent to the water filtering system by means of a pump. In the water filtering system, 4 different filters have been used that play a role in transforming the water produced from the air into high-quality drinking water. By means of filters, the water is cleaned from bacteria and mineral[...]
Name: Bilal

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Proposal key words:F7 OtherK1 IoT

Silicon Carbide R&D

Objective of Project Idea:
• research and development into the following; SiC, which has a superior fundamental material properties over Si for power electronics applications, such as high breakdown electric field, thermal conductivity, saturation carrier velocity, enables highly efficient, compact, high power density power system that requires less passive components, simpler thermal management, and higher reliability than Si based power system. • To maximize the performance benefits of SiC over Si based power electronics system, we are using differentiating module packaging technology that combines flex, PCB and wafer level processes to improve device miniaturization and performance, minimum wire-bonding and solderless direct pad interconnect and[...]

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Proposal key words:F2 SolarG4 Zero carbon buildingG6 Electronics & appliances

EDT PROJECT

Objective of Project Idea:
rogetto EDT ENERGY DIFFERENTIAL THERMAL 2020 30 Marzo 2020 Innovative nanocoating that is able to produce electric energy from heated surfaces (also from the sun). It produces electricity from thermal differential effect and needs two surfaces at two different temperatures. The coating is transparent, based on nano-particles, and can be easily applied to many materials STARTEF srl has developed an innovative coating that is able to produce electric energy from heated surfaces (also from the sun). In detail the nanocoating produces electricity from thermal differential (Seebeck/Peltier) effect and needs two surfaces at two differenti temperatures.The coating is transparent, based on[...]
Name: CRISTIAN TAVELLA

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Proposal key words:H3 Energy as a service

Integrated and Digital Carbon Emission Analytics and Net Zero Navigation Platform

Objective of Project Idea:
For many organizations who participates sustainability management studies, initial needs planning and measurement objectives must be met before the reduction target. Many still do not even benefit from the practices that will follow the carbon footprint they have created. Although there are certain standards such as ISO14064 for the calculation and reporting of carbon emissions, institutions have problems in starting these complex reporting processes. In particular, monitoring emissions under Scope 3 other than resource consumption is rather inefficient. On the other hand, companies need a consistent and traceable monitoring method as well as an application that analyzes root problems and[...]
Name: Doğukan Aycı

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Proposal key words:G4 Zero carbon buildingK3 Data storageK4 Blockchain

NEARLY ZERO ENERGY CONCEPTS FOR SOLAR APARTMENT (NZECSA)

Objective of Project Idea:
The purpose of this proposal is to ecologically supply nearly zero-energy concepts for a solar apartment (NZECSA) with minimal cost by suggesting the optimal energy harvesting methodologies, multi-functional bi-facial BIPV, optimal insulation for envelope, and convergence of radiant heating and cooling system, etc. +SP1(Sub-Project 1): Regional ecological Criteria for Building envelope & system +SP2: Convergence of radiant heating and Cooling without any energy input +SP3: Multi-functional Bi-facial Building Integrated Photovoltaic as a Shade +SP4: Intelligent energy management + . . +SPn: We need your innovative sub-project idea which can be chemically converged with the other sub-projects (SP1-SP4) for NZECSA.
Name: Seung-Ho Yoo

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

No-Code Energy Analytics Tool for ML Based M&V of Industrial Energy Efficiency Projects

Objective of Project Idea:
With the impact of international energy efficiency and decarbonization targets, energy efficiency has become important in buildings, facilities and production processes. In addition to this, business models called "Energy Performance Contracts" have emerged that turn energy efficiency into a service. While Energy Performance contracts are a lucrative business model for both facility owners and energy management companies, the follow-up of mutual obligations and gains throughout the contract and project is very important for contract security. When it comes to savings-based payment, one of the key points of the agreement is to determine the verification details at the beginning of the[...]
Name: Doğukan Aycı

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Proposal key words:H3 Energy as a serviceK1 IoTK2 Artificial Intelligence

IoT&AI Based Multi-Layered Virtual Power Plant Platform for Demand Side Management Microservices

Objective of Project Idea:
When analyzed from the perspective of the distribution system, the existing grid infrastructure is facing additional loading, imbalances and power quality problems day by day as a result of the increasing power demand and the increase in intermittent renewable energy generation. It is obvious that the root causes of the problems are the widespread use of heating/cooling systems and electric vehicles and the integration of intermitted renewable energy sources. In order to meet the peak demand in the distribution system, “Demand Side Management” applications have been developed that suggest the coordination of the energy demand side and include a wide[...]
Name: Doğukan Aycı

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Proposal key words:H1 Demand Side ManagementH3 Energy as a serviceK1 IoT
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