Referenciák

Hazai

A vanádium-redox akkumulátorok hálózati szerepének vizsgálata a naperőmű szabályzásban

Smart-Inno Expert Kft.

Projekt száma: 2021-2.1.1-EK-2021-00001

Konzorciumi támogatási összeg: 1.297.264.000 Ft

Megbízó: Ideona Zrt.

Tevékenység: pályázatírás, projektmenedzsment

Tesseract Energiatároló

Smart-Inno Expert Kft.

Projekt száma: 2021-2.1.1-EK-2021-00002

Konzorciumi támogatási összeg: 1.500.000.000 Ft

Megbízó: MVM Balance Zrt.

Tevékenység: műszaki tanácsadás

Főnix

Smart-Inno Expert Kft.

Projekt száma: 2021-2.1.1-EK-2021-00007

Konzorciumi támogatási összeg: 1.000.000.000 Ft

Megbízó: MKIF Quartus Zrt.

Tevékenység: pályázatírás, projektmenedzsent

Nemzetközi

Green Energy for Cloud Blockchain Computing - RECKON

Smart-Inno Expert Kft.

Projekt száma: EUROGIA -E30-24-3

Konzorciumi támogatási összeg: 1.329.000 EUR

Tevékenység:
RECKON aims at developing a system enabling the utilization and optimization of available distributed electric energy production surplus to run on-demand tasks on locally installed computers with high computational power capabilities and high electrical energy needs locally. The project involves crowd computing elements for blockchain application, IoT energy metering devices distributed locally at PV production assets, and a central computing task and energy management.

Hydrothermal conversion of macroalgae to hydrochar for fuels and nutrient recovery - SEACOAL

Smart-Inno Expert Kft.

Projekt száma: EUROGIA-E30-26-22

Konzorciumi támogatási összeg: 2.884.000 EUR

Tevékenység:
The SeaCoal project aims to develop a novel integrated supply chain for valorising diffuse, wet biomass, like seaweeds, into liquid hydrocarbons. This is achieved through a two-step process: hydrothermal carbonization (HTC) to convert seaweed into hydrochar, followed by gasification and Fischer-Tropsch synthesis to produce liquid hydrocarbons. The project is a collaborative effort between partners leveraging their complementary expertise in marine biomass processing, hydrothermal carbonization, energy systems analysis, and advanced gasification and gas to liquids conversion technologies.

Transformative Integration of Distributed Energy - TIDE (BOAT2GRID)

Smart-Inno Expert Kft.

Projekt száma: EUROGIA -E30 - 27-37

Konzorciumi támogatási összeg: 3.869.000 EUR

Tevékenység:
The TIDE project is a research and development initiative aimed at supporting the electrification of waterborne transport through the creation of an intelligent, grid-integrated charging system for electric boats. The project addresses the urgent need for sustainable charging infrastructure in the waterborne transport sector, which remains underserved in the global shift towards decarbonization. The core objectives of the project include the development of a charging device as well as the exploration and analysis of different charging concepts and potential alternatives. The project also emphasizes the development of a smart energy management system designed to align charging operations with real-time grid conditions, energy costs and renewable energy availability. The platform includes optimization functions taking into account boat arrival and departure schedules, power availability, and emissions targets.

Corporate Travel Carbon Footprint Management System - CTCFMS

Smart-Inno Expert Kft.

Projekt száma: EUROGIA - EU-27-17

Konzorciumi támogatási összeg: 1.674.000 EUR

Tevékenység:
The project brings together stakeholders from Slovakia, Austria, and Hungary to explore the full hydrogen value chains -from production to industrial use-, focusing on hard-to-abate sectors. By connecting certain regions in these countries and engaging national stakeholders, local industries, SMEs, communities, and public authorities, the project aims to build a cross-border innovation ecosystem that accelerates industrial modernization and supports the achievement of climate goals.
The objective of the project is to build a resilient, interregional innovation ecosystem in the Slovakia-Austria-Hungary border region, develop a pipeline of investment-ready projects and foster cross-border business creation.

Empowering Local and Cross Border Energy Value Chains and Advancing Technological Excellence in Central Eastern Europe

ELEVATECEE

Smart-Inno Research

Projekt száma: Horizon Europe -101225507

Konzorciumi támogatási összeg: 1.453.000 EUR

Tevékenység:
The Corporate Travel Carbon Footprint Management System (CTCFMS) is an innovative AI-powered software suite for managing Scope 3 carbon emissions from corporate travel and accommodation, serving both service-oriented and manufacturing companies. At its core, the platform features a GenAI-powered travel planning expert system and LLM-based planning wizard that provide intelligent route optimization and sustainable travel recommendations. The system has advanced features including real-time carbon tracking, automated policy enforcement, and predictive analytics for emissions management. Key innovations include AI-driven travel pattern analysis, smart alternative suggestions, and a sophisticated gamification system to drive user engagement and behavioral change.

UniHealth

Smart-Inno Research

Projekt száma: Erasmus+ -KA 220-HED-47/05-10-2023

Konzorciumi támogatási összeg: 400.000 EUR

Tevékenység:
UniHealth is the academic partnership for health improvement of youth with health disorders and special needs. It aims to improve the physical health of students by increasing motivation to a healthy lifestyle through physical education and sports and to develop a joint educational and methodological study guide for the protection and promotion of youth health. Activities include organizing health development programs for special groups of students with special needs and with weakened health as well as advertising and scaling of sports and health lifestyle.

Hydrogen Industrial Inland Valley

HI2VALLEY

Smart-Inno Research

Projekt száma: Horizon Europe - 101192356

Konzorciumi támogatási összeg: 19.996.861 EUR

Tevékenység:
HI2 Valley is a massive, green hydrogen collaboration spanning three Austrian regions in the heart of Europe. Pioneering 17 projects, we collaborate to take on Europe’s energy challenges while empowering cleaner industry. Over 6 years, we aim to establish a yearly production and utilisation of more than 10,000 tonnes of hydrogen. This formidable task, co-funded by the European Union, requires both national and international collaboration, as well as a projected electrolyser power equivalent of no less than 101 MW.