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State of Science Worldwide 2003
The Kaiser
Summary Regarding China's Growth Markets.
can be ordered now!
  EDITION FEBRUARY 2019
Stationary fuel cell systems 2019 to 2030 worldwide Markets,
market developments, technologies, potentials, companies and service.
2019 to 2030
Stationary fuel cell systems 2019 to 2030 worldwide
Markets, market developments, technologies, potentials, companies and strategies
for stationary fuel cells.
Helmut Kaiser Consultancy published a new market research report
on the global stationary Fuel Cell Systems USA, Canada Europe, Asia, Middle East worldwide.


I. Initial Situation

Nafta, USA and Canada leading at the moment the markets and developments but this can change within the next years.
The increase in stationary fuel cell systems show sustained activity in Asia, a combination of largescale units from Korea and smaller, residential fuel cell systems from Japan. But China and Europe follow fast and increase growth rate. 1200 new patents, cooperations, joint venture, M & A activities are on high level. The share prices of successful companies are rising steadily. Germany could take a leading position in Biomass power generation with fuel cells, but is very slow.

We deliver the entire study or parts
     - Markets and market developments
     - Industries and sectors
     - Technologies and state of the technologies with companies
     - Sources, Fuel Cells, Application
     - patent applications worldwide (applications)
     - Leading companies and technologies
     - Comparison of road maps USA, Europe, China, Russian, Japan, South Korea and more
     - Stock prices and analysis of companies on stock markets worldwide
     - M & A activities worldwide or exclusive
     - Cooperation partners and JV worldwide ( we organize )
     - Country projects with partners in the country

If you are interested in individual points or the whole study, please contact us at email: hku-tuebingen@t-online.de

II. Overview, Markets, Developments worldwide and Roadmaps

Feul Cells. Hydrogen. The sustainable developments for the worldwide Energy Transition and new markets and jobs to 2030.
Market potential EUR 310 billion a year worldwide.
Climate Solutions in focus. Energy supply of tomorrow: Fuel Cells Hydrogen.
The sustainable developments for the worldwide Energy Transition and new markets and jobs ro 2030.
Hydrogen is an essential element of the energy transition worldwide and can build up 14% of final energy demand and 15 million new jobs by 2030. Meanwhile, there are Road Maps for USA, Europe, China, Russia, Japan, South Korea which we compare in their main areas and
rate. The competition will be tough and difficult.
New study http://hkc22.com/stationaryfuelcell.html
Developed with the participation of 210 leading scientific players from industry, the study points the way to widespread use of hydrogen and fuel cells by 2030 and quantifies its impact.
Market potential EUR 310 billion a year and an overall reduction of 160 million tonnes of CO2 per year. The central challenge is the integration of electricity and heat, efficient buildings and electrical transport into an intelligent and resource-saving overall system. The energy industry plays a key role as a driver of innovative and renewable technologies.
Important with the fuel cell is a total system for additive technologies of electricity and heat, efficient buildings and electrical transport. hkc22.com promotes innovation for the energy industry.
The energy carrier biomass is gas, converted into electricity by means of an electrochemical reaction inside the fuel cell. This is particularly environmentally friendly: the surplus is fed into the grid and remunerated accordingly. Thanks to the enormously high electrical efficiency, a year-round operation of the system is possible. The low accumulating waste heat can be used practically and energy-saving for hot water production. Likewise, transmission and conversion losses are eliminated because the electricity is generated locally at the point of consumption. As a result, electricity production is particularly efficient and cost-effective - thanks in part to its high efficiency.
The fuel cell systems require special fire protection concepts. .
New study: http://hkc22..com/stationaryfuelcell.html


www.hkc22.com
Helmut Kaiser Consultancy, Beijing, Tuebingen

The first study about Fuel Cells we made in 1999 and 2001. since then we are in this Industry.
If you like to be part of our marketing write to us

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