2021 EHEC, Madrid Hydrogen Energy Technology Exhibition, Spain

2021 EHEC, Madrid Hydrogen Energy Technology Exhibition, Spain

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2021 EHEC, Madrid Hydrogen Energy Technology Exhibition, Spain
Exhibition time: November 04-06, 2021
Exhibition location: Spain•Madrid International Convention and Exhibition Center
Holding cycle: Every two years
organizer: Spanish Hydrogen Energy Association (AeH2)
Organizer: Oriental Forte (Beijing) International Exhibition Co., Ltd.
Exhibition Introduction
EHEC will be held in Madrid, Spain from November 4 to 6, 2021. The exhibition is hosted by the Spanish Hydrogen Energy Association (AeH2) and is strongly supported by the European Hydrogen Energy Association (EHA), European Hydrogen Energy (HE) and International Hydrogen Energy Association (IAHE). The purpose is to continue to promote the development of global hydrogen technology. Part of the content involves global strategy and technological breakthroughs as well as technology-related hot topics. In addition, EHEC 2021 will host a trade exhibition where industry and research institutions will showcase and showcase their latest hydrogen technology products and services.

One of the main goals of EHEC 2021 is to promote networking between all hydrogen reagents. Therefore, the conference will include multiple network areas and multiple interesting related activities, in order to enable each conference participant and escort to have a more professional experience. With the continuous development of the current hydrogen economy, this European Hydrogen Energy Conference will be held with the outstanding momentum of these technologies. EHEC 2021 aims to become a gathering place for experts from all over the world to discuss the best solutions for hydrogen technology in order to realize its full potential. exhibition criteria 1. Hydrogen energy technology: conventional hydrogen technology and application, environmental aspects and influence of hydrogen energy technology, hydrogen energy heat transfer technology, hydrogen conversion technology, innovative hydrogen energy technology and technology, renewable hydrogen technology and application. 2. Fuel cell and technology: battery engineering solutions, battery testing solutions, battery simulation solutions, nuclear hydrogen, hydrogen thermodynamics, alkaline fuel cell components, fuel cell stacks, fuel cell system modeling, electrocatalysts/electrodes (fuel cells And electrolyzer), molten carbonate fuel cell components, other fuel cell components, PEM fuel cell components, other applications of hydrogen as a fuel, other applications of fuel cells, solid oxide fuel cell components. 3. Hydrogen production, transportation and storage: hydrogen microprocessing technology, biohydrogen/biogasification, catalyst, electrolysis, fossil sources, solar hydrogen/renewable hydrogen, chemical carriers/hydrides, hydrogen properties/safety/sensors, hydrogen management, Gas/liquefaction, hydrogen transportation, hydrogen vehicles. 4. Hydrogen infrastructure recycling and utilization: desulfurization process, hydrogen system modeling, infrastructure system modeling, life cycle aspects of hydrogen energy, pipeline/hydrogen infrastructure/distribution/gas station, purification/separation/membrane, waste hydrogen energy , Recycling hydrogen-based systems, sustainable hydrogen technology, hydrogen-based sustainability, hydrogen in smart grids, transportation and aerospace applications. 5. Hydrogen powertrain solutions: control and electronic engineering solutions, control and electronic test solutions, control and electronic equipment simulation solutions, E-Drive engineering solutions, E-Drive test solutions, E-Drive Simulation solutions, engine engineering solutions, engine test solutions, engine simulation solutions, transmission engineering solutions, transmission test solutions, transmission simulation solutions. 6. Hydrogen energy vehicle systems: vehicle system engineering solutions, vehicle engineering, vehicle benchmark testing, vehicle simulation, vehicle dynamics engineering, commercial vehicle hybrid vehicles, connecting powertrains and vehicles, electric vehicle powertrain systems, hybrid vehicles Powertrain systems, tractor engineering, vehicle system testing solutions, vehicle system simulation solutions. 7. Hydrogen energy applications: engineering, testing, and simulation solutions for electric two-wheelers; commercial road engineering, testing, and simulation solutions; construction equipment engineering, testing, and simulation solutions; passenger car engineering, testing, and simulation solutions; Tractor engineering, testing, simulation solutions. 8. National strategy/association/evaluation: economics of hydrogen energy application, green hydrogen, hydrogen history, hydrogen economy/commercialization/regulations and standards, hydrogen strategy, policy and roadmap. Market analysis 1. Spain approves hydrogen energy strategy to stimulate low-carbon economy Recently, according to Madrid Reuters, Spain approved a plan to promote clean hydrogen production on Tuesday, aiming to build sufficient infrastructure for it to play an important role in the European market, so as to obtain what is considered the key to achieving international carbon emission targets. Fuel. According to Madrid estimates, its hydrogen energy plan will cost 8.9 billion euros ($10.5 billion) in the next 10 years. Most of these funds are expected to come from the private sector, but they may also support job creation projects. The Spanish Ministry of Energy and Environment stated in a statement that by 2030, Spain plans to install 4 GW of electrolyzers to split water into hydrogen and oxygen, which is equivalent to the EU’s 40 GW target for the entire EU. one. It plans to operate at 300-600 megawatts before 2024. By then, the EU is expected to reach 6 GW. Recently, Spain has begun to pay attention to energy storage and hydrogen energy, trying to speed up the energy transition. The hydrogen cloud chain learned from overseas media that the Spanish government is publicly seeking opinions and suggestions on the importance of energy storage and hydrogen in the country’s energy structure in the next 10 years. It is understood that the Spanish Ministry of Environmental Protection believes that energy storage provides opportunities for the decarbonization of the energy system and the effective integration of renewable energy technologies. At the same time, energy storage can also allow citizens to generate and consume themselves, and independent energy storage can also provide network services. At the same time, the roadmap for renewable hydrogen energy will affect its role in the transportation sector, as well as its potential to incorporate renewable energy into the national energy structure and replace fossil fuels in industry. 1. With a total investment of 120 million, the hydrogen production and refueling station project of Shaanxi Hengtai Hydrogen Energy Technology is formally tendered. Recently, Shaanxi Hengtai Hydrogen Energy Technology Co., Ltd. officially invited tenders for the construction of an integrated station for hydrogen production and hydrogenation and LNG with an annual output of 24 million cubic meters. It is reported that this project is located in the integrated station construction project of Shaanxi Hengtai Hydrogen Energy Technology Co., Ltd. with an annual output of 24 million cubic meters of hydrogen production and hydrogenation and LNG. Build three units A, B, and C: Unit A covers an area of ​​80 acres, including hydrogen production equipment and other content, with a total investment of 120 million; 2. Hydrogen Progenit has been certified by IATF16949, and its soft power has been further improved Recently, after a comprehensive and rigorous review by experts from domestic first-class certification companies, Hydrogen Protron successfully passed the IATF16949 quality management system certification and obtained the certificate. It is reported that the passing of the system certification marks that Hydrogen Procurement can take a higher level of quality management and pursue standardization, standardization and process in the company’s operations. 3. Shandong Yue Hydrogen Energy Materials officially launched the IPO process to produce proton membranes for hydrogen energy vehicle fuel cells Recently, Shandong Dongyue Future Hydrogen Energy Materials Co., Ltd. Science and Technology Innovation Board IPO kick-off meeting was held. Dongyue Future Hydrogen is a subsidiary company of Dongyue Group engaged in the production and sales of hydrogen production materials, hydrogen production membrane materials, packaging materials and fluoropolymer fibers. It mainly produces proton membranes for future hydrogen energy vehicle fuel cells, filling The domestic gap. 4. Building a tens of billions of hydrogen energy industrial clusters Shandong Tiexiong Metallurgical Technology coke oven gas hydrogen extraction project started On October 6, Shandong Tiexiong Metallurgical Technology Co., Ltd.’s 140t/h CDQ put into production and the groundbreaking ceremony of the coke oven gas hydrogen extraction project was successfully held. In recent years, we have been adhering to the concept of green development and committed to the development and application of new technologies for environmental governance. The self-developed coke oven flue gas desulfurization and denitrification, heat pump ammonia distillation, negative pressure desulfurization, and circulating ammonia waste heat utilization are all in the industry for energy conservation and environmental protection. The cutting edge of technology. 4. Yutong Bus: The company has developed multiple generations of fuel cell bus products Recently, Hydrogen Cloud Chain learned from the interactive platform that some investors asked Yutong Bus how to plan the path of hydrogen fuel cells? What are the current performance parameters of the company’s fuel cells? For example: fill up the follow-up flight, use the mileage without failure, etc. Yutong Bus replied that the company has developed multiple generations of fuel cell bus products since 2009, and has achieved mass production and sales of fuel cell buses; the vehicle’s cruising range and other parameters will vary depending on the vehicle configuration. 5. Huachang Chemical: The subsidiary plans to introduce strategic investors to promote the research and development of hydrogen fuel cell related technologies Recently, Huachang Chemical issued an announcement stating that the company’s holding subsidiary Suzhou Huachang Energy Technology Co., Ltd. (hereinafter referred to as “Huachang Energy”) intends to introduce strategic investor Jiangsu Funeng Industrial Investment Co., Ltd. (hereinafter referred to as “Fu” at the shareholder level). Energy Industry”), Funeng Industry will increase the capital of Huachang Energy Currency by 15 million yuan. Huachang Chemical said that the introduction of strategic investors by Huachang Energy will help it promote the research and development, verification and subsequent market application of hydrogen fuel cell related technologies with the help of shareholders. 6. Shanghai Electric Power and Malta will carry out practical cooperation such as hydrogen energy Recently, Evalist Bartolo, Minister of European and Foreign Affairs of Malta, Mike Farrugia, Minister of Energy and Water Management, Kevin Kilkop, Chairman of Malta Power Grid, and Jason Wei, General Manager of Malta Power Grid Sheng Baojie, chairman of the China Chamber of Commerce in Malta and Malta, vice chairman of the Malta Power Grid Corporation, and general manager of Shanghai Electric Power (Malta), discussed how to promote China-Malaysia economic and trade cooperation projects under the current new crown epidemic. It is reported that the Minister of Foreign Affairs of Malta and the Minister of Energy affirmed the initial achievements of the cooperation between Shanghai Electric Power and the Malta Power Grid Corporation and their contributions to the Malta energy sector. Carry out in-depth exchanges with the president of “Carbon Island”, offshore wind power, hydrogen energy and other pragmatic cooperation. 7. BMW announced the technical details of hydrogen fuel cell for the first time, and BMW iX3 may be the first to be used A few days ago, the BMW Group announced the technical details of the BMW i Hydrogen NEXT power system for the first time and reiterated that the company is systematically and comprehensively promoting the implementation of zero-emission travel. According to Jürgen Guldner, BMW Group’s vice president of hydrogen fuel cell technology and vehicle projects, “The fuel cell system used in the BMW i Hydrogen NEXT power system generates a chemical reaction between hydrogen and oxygen in the air, which can generate up to 125 kilowatts (170 horsepower). ) Of electricity.” 2. Pay attention to the huge impact of the “14th Five-Year Plan” on the hydrogen energy market Foreign experts pointed out that China’s upcoming “14th Five-Year Plan” is likely to become “the most important document in the history of global energy.” Furthermore, experts believe that China’s future investment in wind energy, solar energy, hydrogen energy, electric vehicles and battery storage technology will definitely become the focus. In fact, various parts of the country have long started to support hydrogen energy. From January to July this year, the total nominal investment in the domestic hydrogen energy industry exceeded 130 billion yuan, a year-on-year increase of more than 30%. Not only that, the declaration of fuel cell vehicle demonstration cities has also been launched, including Shanghai, Beijing, Shandong, Shanxi and other places, which have clearly declared or issued declaration plans. It is generally predicted in the industry that with the start of the declaration work, the official document of the “ten cities and one thousand vehicles” of fuel cells will be implemented soon. Recalling the development of lithium energy vehicles, rapid development began after the publication of the “Ten Cities and Thousand Vehicles” document. It is foreseeable that the fuel cell industry will also usher in rapid development