Testing of the 5 kW Battery System
In early September, a 5 kWh redox flow battery system was successfully installed and initiated at the research laboratory at the University of Pavol Jozef Šafárik in Košice. Shortly thereafter, the Pinflow Energy Storage team conducted an insightful training session. The participants included members of the INO-HUB R&D team — Dr. Tomas Kosicky, Dr. Igor []
Patrik Brigant
Patrik joined INO-HUB Energy from May 2024 as a Senior Project Manager to manage the construction of the first Slovak factory for redox flow batteries. Need more information? CONTACT US. Headquarters: INO-HUB Energy j.s.a., Tomášikova 30, 821 01 Bratislava, Slovakia; R&D: Kukučínova 2734 024 01 Kysucké Nové Mesto;
INO-HUB Energy SK1 s.r.o.
Sídlo INO-HUB Energy SK1 s.r.o. Tomášikova 30 821 01 Bratislava - mestská časť Ružinov; Dátum vzniku piatok, 30. decembra 2022; SK NACE. 70220 Poradenské služby v oblasti podnikania a riadenia. podľa účtovnej závierky a Štatistického úradu SR;
Slovenské univerzity sa podieľali na výrobe prietokovej batérie
19.1.2024 09:51. Univerzity UPJŠ, TUKE a slovenská firma INO-HUB Energy ukončili spoločný výskum na prietokovom type batérie s kapacitou 80 kW.Výsledkom je prototyp, ktorý bol inštalovaný v Kysuckom Novom Meste. Ústav chemických vied Univerzity Pavla Jozefa Šafárika v Košiciach, Strojnícka fakulta Technickej univerzity v Košiciach a slovenská firma INO-HUB
Inovative Slovak batteries to be produced in northern Slovakia
This may soon change as the company INO-HUB Energy plans to build a new plant producing batteries for energy storage in Kysucké Nové Mesto, northern Slovakia. It will include a scientific
Verejné obstarávanie
Predkladaný projekt tvorí prvú fázu IPCEI projektu INO-HUB Energy notifikovaného Európskou komisiou. Cieľom projektu je vykonávať činnosti v oblasti výskumu, vývoja a inovácií v oblasti prietokových batériových systémov potrebné pre komerčné nasadenie pilotného energetického centra s plne funkčným a flexibilným systémom riadenia energie (EMS) s prvkami umelej
Stack design
Meaning that the power density of the stack should be at least 200mW/cm2 of geometric electrode area and achieve 80% energy efficiency on the DC level. Headquarters: INO-HUB Energy j.s.a., Tomášikova 30, 821 01 Bratislava, Slovakia; R&D: Kukučínova 2734 024 01 Kysucké Nové Mesto; E-mail [email protected]; About us; Services; Team; Projects;
Jakub Urbanský
Dream the impossible. Seek unknown. Achieve greatness. · Experience: INO-HUB Energy · Education: Technical University of Košice · Location: Bratislava · 245 connections on LinkedIn. View Jakub Urbanský''s profile on LinkedIn, a professional community of 1 billion members.
Jozef Urban
Jozef is a serial entrepreneur; he established several branches of warehouses within EU region with core activities devoted into wholesales and retail. His group of companies belonged into biggest importers of goods from Asia. Raiffeisen Group hired Jozef in 2002 for being accountable of crises management. Having worked in the banking sector for more than []
Laboratory Long-Term Redox Flow Battery Testing
In a collaborative effort with the Technical University of Košice, INO-HUB successfully designed and produced all the components of the second version of the INO-HUB small laboratory cell with a 50 cm 2 electrode area. Modifications included a reduction in the amount of sealing material required and adjustments to flow channels, simplifying
Kick off meeting TUKE
The INO-HUB Energy R&D visited Technical University of Kosice (TUKE) facilities. Another important partner from the design and simulation point of view. The main goals of this collaboration are: Fluent coordination between UPJS (battery testing), TUKE (battery and components production) and InoHub Energy (battery design and coordinators).
Elena Romadina
Elena graduated from Moscow State University''s Chemical Department, specializing in organic chemistry. She then pursued a PhD at the Skolkovo Institute of Science and Technology, where she focused on exploring new materials for organic redox flow batteries. During her studies, Elena gained experience in molecular design, organic synthetic chemistry, electrochemical
Eduard Šebök
He served as a Senior Project Manager at EDOME in 2021-2022 before joining INO-HUB Energy as a Senior Project Manager and Head of Energy Management Software Development, where he currently contributes his valuable expertise. Eduard''s extensive background and leadership skills make him an invaluable asset in driving successful projects and
INO-HUB Energy j.s.a. (Historický názov: InoBat Energy j.s.a.)
Sídlo INO-HUB Energy j.s.a. Tomášikova 30 821 01 Bratislava - mestská časť Ružinov; Historický názov InoBat Energy j.s.a. (platné do: 1.6.2023) Dátum vzniku streda, 23. októbra 2019; SK NACE. 72190 Ostatný výskum a experimentálny vývoj v oblasti prírodných a technických vied.
Matej Druska
Matej joined INO-HUB Energy as the Chief Financial Officer. Matej has more than 10 years of experience in corporate finance, financial control and planning within energy and battery industry. Matej began his career at Stredoslovenska
Matej Druska
Matej joined INO-HUB Energy as the Chief Financial Officer. Matej has more than 10 years of experience in corporate finance, financial control and planning within energy and battery industry. Matej began his career at Stredoslovenska energetika Group, after which he joined Slovenske elektrarne, Slovakia''s largest power generation company. While in Slovenske elektrarne, he
Organic electrolyte set up.
After the synthesis of 15 new promising organic electrolytes, the basic electrochemical characterization showed promising parameters such as high redox potentials (OCV of the battery should be higher than 1.0 V), diffusion coefficients (> 10-6 cm2/s), kinetic constants (> 10-3 cm/s), and water solubility (> 1.5 M). It is time to move one step forward, []
V Kysuckom Novom Meste plánujú postaviť závod na
Spoločnosť INO-HUB Energy plánuje v Kysuckom Novom Meste postaviť nový závod na výrobu priemyselných batérií pre ukladanie elektrickej energie. Ako vyplýva zo zámeru predloženého na posudzovanie vplyvov na životné prostredie, súčasťou projektu by mala byť aj vedecko – výskumná časť zameraná na testovanie jednotlivých
First meeting of the R&D team in INO-HUB Energy facilities.
Image source: wiki Kysucké Nové Mesto, Slovakia The R&D team (Tomas Kosicky, Igor Derr and Juan Asenjo) meet for the first time where the main objectives and strategies were discussed. A deep analysis about the current situation in the RFB field was accomplished. Our CEO Rudolf Sihlovec gave a motivational speech about the company
Rudolf Sihlovec
Rudolf has extensive experience from various executive, financial, industrial and investment banking roles. He began his career at Investment Bank Austria, later at Gasfin where oversaw designing of hedging, trading, and investment strategies. Later, Rudolf was leading M&A transactions, performing business counseling with aim of maximizing future economic benefit.
Evaluation of the research strategy
The INO-HUB R&D team visited again Kosice, first the meeting with UPJS took place. During this meeting, a brief introduction to the field of RFB was depicted by InoHub experts. Headquarters: INO-HUB Energy j.s.a., Tomášikova 30, 821 01 Bratislava, Slovakia; R&D: Kukučínova 2734 024 01 Kysucké Nové Mesto; E-mail [email protected]; About
Peter Dubovský
Peter brings almost 20 years of experience in the automotive sector. Peter''s career spans from Volkswagen Group, Jaguar Land Rover, DHL EXEL, where he served as Business Unit Director responsible for internal logistics and the business unit at the Volkswagen Slovakia plant. Part of his career was the 5-year development of distribution logistics in Slovakia, []
Tomáš Košický
Tomas holds PhD in electrical power engineering, where he focused on the use of BESS for primary frequency control and collaborated with institutions such as ETZ Zürich, Karlsruhe Institute for Technology and TU Wien. He worked at ABB and Liebherr Transportation Systems, after which he joined ENEROX as a head of the redox flow battery []
Enhancing role of renewable energy in national energy supply in
While over 80% of Iran''s electricity is currently generated from thermal sources, Iran is well positioned to source more of its national energy supply from renewable sources.
6 FAQs about [Iran ino hub energy]
Why is Iran's energy supply system uncertain?
They mainly focused on uncertainty of investment costs for Iran's energy supply system. The uncertainties predominantly emerged from insecurity in the Middle East region, inflation and unemployment crises, obstacles in private ownership, instability of laws and lack of updated laws, and lack of transparency in foreign investments acts.
How much wind power does Iran have in the MENA region?
Although Iran was the leader in the MENA region with regard to power generation from wind energy with 92 MW installed capacity in 2010 (Farfan and Breyer 2017), it has experienced flat growth in recent years. However, 27 MW of installed wind power capacity was added to the system in 2014 (Farfan and Breyer 2017).
Why is Iran's energy sector challenging?
It can be stated that one of the main reasons for the current challenging situation of Iran's energy sector is the lack of effective connection between the energy planning studies and energy policy making. Based on this analysis, the following is recommended to address this challenge:
What will Ino-hub energy do?
And it will be an achievement by INO-HUB Energy. We have announced the construction of the first such factory in Slovakia, Kysucké Nové Mesto. Right next door, a top-notch development and testing centre will also be built, where we will further improve our technologies.
Which energy sources are least exploited in Iran?
Modern biomass, waste-to-energy and geothermal power production are the least exploited energy sources in Iran. However, waste-to-energy projects will become more important. The installed RE capacity in Iran can be seen in Table 2. Table 2 Installed RE capacity in Iran (MW)
Is Iran a good source of energy?
Besides the abundant fossil fuel resources, Iran possesses a significant potential of renewable energy sources including water, solar, wind, biomass, and geothermal. Despite the huge potential both in fossil and non-fossil energy sources, Iran is facing some problems in its energy sector, more specifically in the power sector.