NEWSLETTER #8 _ July 2024

Editorial

Dear Reader,

In this edition of the Hydro4U Newsletter, we are happy to share valuable insights into all things innovation management within our project and key elements for a successful exploitation of results. 

On 11th July the Francis Turbine Container Solution at Shakimardan has been officially launched by the President of Uzbekistan. Furthermore, our demonstration hydropower plant in At-Bashy has reached the detailed design phase. The use of dedicated structural analysis software has facilitated the adoption of an integrated BIM solution for the detailed design of the At-Bashy hydropower plant in Kyrgyzstan. Simultaneously, many hydraulic steelwork components such as stop logs, penstocks and trash racks, were also planned with the involvement of Hydro4U project partner Erhard Muhr GmbH, based in Germany.

For environmental studies, a total of 29 snowtrouts have been tagged in order to track their movement and observe habitat use at our Hydro4U demonstration site, conducted by project partners EV-INBO and TIIAME. In this same spirit, we are continuing the implementation of ecologically sustainable hydropower plants, this being the first one in Central Asia so far and actively engaging within the sustainable hydropower community by contributing to the IUCN Freshwater Fish Specialist Group Newsletter and supporting the launch of ETIP Hydropower's Virtual Postcard Summer Edition. 

Besides that, we are entering a new round of the Summer School in late July with a special focus on Hydropower, Ecology and Hydro morphology in Kyrgyzstan. We are also happy to share some news on new digital sensors and services analysed by our network project iAMP-Hydro and spread the word on hydropower activities within another network project, the D-HYDROFLEX. 

For further information on upcoming conferences and exhibitions on water management and smart solutions, please have a look at our events section.

 

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We hope you enjoy reading!

 

Bertalan Alapfy
Hydro4U Coordinator
Technical University of Munich
Chair of Hydraulic and Water Resources Engineering

 

Special topic: News about Hydro4Uā€™s innovation

Author: Isabelle Dubreuilh, Steinbeis Europa Zentrum

Despite its proven potential, small-scale hydropower in Central Asia remains largely underdeveloped, even as electricity demand continues to grow. To address this challenge, the Hydro4U project aims to introduce innovative, modular, and standardized European hydropower technologies suitable for both low-head and medium-head applications in the region. By adapting these technologies to Central Asia, Hydro4U aims to demonstrate their viability within a forward-looking cross-border Water/Food/Energy/Climate nexus and enhance their price competitiveness. Additionally, the project supports European hydropower manufacturers and service providers in preparing for entry into the Central Asian market, with Steinbeis leading the way.

 

Innovation management in Hydro4U

From the start of the project, Steinbeis has been diligently monitoring the innovative outcomes, assisting partners in articulating their results in terms of their substance, intended utilization, and ownership of Intellectual Property.

In an effort to facilitate the introduction of the most promising results into the market, Steinbeis orchestrated the efforts of four Project Partners (TUM, GHE, Muhr, CARTIF) with innovative solutions. They conducted a thorough market analysis, which will be the foundation for the design of robust business models and pave the way for the future exploitation of their individual solutions in Central Asia.

 

Evaluation of the market is key

Understanding the targeted market is key to a successful exploitation. For the innovative solutions selected, some of the following elements were analysed: customer segments,  competition and the forces at play, feasibility of operations (initial assessment on how to create, deliver and capture value), identify potential problems.

This evaluation was tackled at the micro-environmental level, i.e. the factors, an organisation is directly interacting with (e.g. customers, suppliers, competitors) and at the macro-environmental level, i.e. external factors that are beyond control of the organisation but have impact on it or on its micro-environment.

To round up the market analysis, an assessment of chances (strengths, opportunities) and risks (weaknesses, threats) for each solution was carried out in the form of a SWOT analysis. This, in turn, should help the owners of these four innovative solutions to use the gained knowledge to design stronger business models for their solutions.

As a conclusion, we were able to establish the attractiveness of the Central Asian SHP sector for European suppliers of products and services. Not only there is a large untapped small hydropower potential, but further potential might be unlocked considering all the remote sites that are only accessible by solutions from Hydro4U. Also, Central Asian is characterised by a growing energy demand combined with an increasing public acceptance towards renewable energy supply. The four Hydro4U results meet these opportunities with appealing solutions. Those innovations create a win-win situation, as the high quality products keep maintenance costs low in the long run, while they guarantee ecological sustainability and flexibility to adapt to different geographical and infrastructural conditions.

In the Central Asian market, however, challenges may arise from the energy policy with regard to the feed-in tariffs, the cultural differences, the language barrier or the great distance between manufacturers and the operating sites. Not to mention the fact that competition is strong in the hydropower industry with Central Asia.

What is next

In the next steps, the partners will be supported in the drafting of appropriate Business Models and strategies to operate successfully in Central Asia.

 

Website: Innovation Funding | Steinbeis Europa Zentrum ā€“ Steinbeis EN (steinbeis-europa.de)

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News & Blogs
Hydro4U Blogs

Using BIM for detailed Design

The Hydro4U demonstration hydropower plant in At-Bashy has reached the detailed design phase. The use of dedicated structural analysis software has facilitated the adoption of an integrated BIM solution for the detailed design of the At-Bashy hydropower plant in Kyrgyzstan. ILF Consulting Engineers Austria, responsible for the detailed design of the At-Bashy demonstration hydropower plant, prepared formwork and reinforcement drawings for the construction of the modular Hydroshaft Power Solution (HSPS).

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Hydro-mechanical equipment, Steel hydraulic components for demonstration plants in Central Asia 

For the demonstration hydropower plant in At-Bashy, Kyrgyzstan, in addition to the turbine components supplied by project partner Global Hydro Energy, Austria, many hydraulic steelwork components (stop logs, penstocks and trash racks, as well as a trash rack cleaner) were also planned. This is where the company Erhard Muhr GmbH, Germany, comes into play. 

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Hydro4U partner INBO on the trail of Snowtrouts

In October 2022, EV-INBO and TIIAME tagged 29 snowtrouts in Shakhimardan to track their movements and habitat use at the demo site before the construction of the hydropower installation. Although the manufacturer estimated that the tags would last one year, which was enough for our study, about ten are still active!

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Hydro4U News

The international Horizon 2020 Hydro4U project continues its activities to adapt european eco-friendly small Hydropower equipment and technologies to Central Asia

After almost 3 years since the start of the project activities in June 2021, the first in Central Asia ecologically sustainable hydropower plant equipped with downstream fish protection and migration facilities based on ā€œNature based solutionsā€ was build up in Koksu River Shakhimardan exclave of Uzbekistan and ready for launch and operation.

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International Summer School 2024 "Kyrgyzstan - Hydropower, Ecology and Hydro Morphology"

The International Summer School organised by Hydro4U project partner KSTU enters a new round this year, putting special focus on the topic of Hydropower, Ecology and Hydro morphology in Kyrgyzstan, taking place from 28.07. ā€“ 11.08.2024 at the Kyrgyz State Technical University (KSTU) in Bishkek, Kyrgyz Republic.

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Hydro4U Team contributes to IUCN Freshwater Fish Specialist Group Newsletter

Sustainability is a crucial part of the developments in small-scale hydropower (SHP) in Central Asia, particularly ecological sustainability. Ecological impacts of SHP on aquatic ecosystems are numerous, such as hampered aquatic animal migration, altered flow regimes, changed river morphology, habitat fragmentation or changes in physical-chemical water quality parameters.

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ETIP Hydropower announces Virtual Postcard Summer Edition

ETIP HYDROPOWER is pleased to announce the launch of the Virtual Postcard Summer Edition, inviting all stakeholders to participate in a photography initiative celebrating the synergy between hydropower facilities and their natural environments. This edition focuses on capturing the beauty, power, and sustainability of hydropower as it integrates seamlessly with the landscapes, highlighting the theme of summer.

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FURTHER NEWS & BLOGS
News from other projects & initiatives

The iAMP-Hydro project on new digital sensors and services

The current hydropower plant fleet in the EU is aged, and it is estimated that 50% of the fleet will require upgrade actions by 2030. In particular, modernisation actions related to digitalisation are required in the short to medium term, in order to offer enhanced services, increase grid flexibility, environmental and socio-economic sustainability and to foster the green and digital transitions in Europe.

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Demonstration activities on six real hydroelectric power plants: the D-HYDROFLEX project

D-HYDROFLEX will employ demonstration activities on six real hydroelectric power plants (HPP) across five European countries. This will ensure the replicability of the developed solutions in different geographical and market set ups testing variety use cases.

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D-HYDROFLEX project conducts survey on hydropower digitalization trends & barriers

 

The D-HYDROFLEX project is conducting a survey aiming to investigate the barriers that hinder the digitalisation of the hydropower plants and limit the potential of hydropower sector to provide flexibility. The questionnaire is structured upon 4 sections: (A) Participant profile, (B) Hydropower digitalization, (C) Hydropower flexibility, (D) Regulatory barriers to hydropower digitalization and flexibility.

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Events
FURTHER EVENTS

Editors:

Communication and Dissemination Secretariat

Steinbeis Europa Zentrum

Charlotte Schlicke / Sofija Kovacic
E-Mail: info@hydro4u.eu

 

Coordinators:

Project Coordinator

Technical University of Munich

Bertalan Alapfy
E-Mail: coordination@hydro4u.eu

CONTACT

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