September 21,2017: Shanghai (Gasgoo)-Relevant departments held a press conference to explain the details of newly-released Shanghai Fuel Cell Vehicle Development Plan on September 20th.
Its introduced that fuel cell vehicle industry started early in Shanghai, with R&D and industrial layout beginning in the year 2003. During the period of 2010 Shanghai World Expo, about 200 fuel cell vehicles including sightseeing buses, buses and cars, were displayed in Shanghai, bringing great echoes across the globe...> http://autonews.gasgoo.com/70010063.html
SinoHytec Opens Chinas First Automated Hydrogen Fuel Cell Engine Factory
Chinas first automated production line for hydrogen fuel cell engines has begun operations. It was built by Beijing SinoHytec Co., which engages in the new energy technology development, in Hebeis Zhangjiakou Airport Technology Development Zone.
SinoHytec entered into strategic cooperation with Zhangjiakou last year, the Securities Times reported on Aug. 25. Investment in the factory totaled USD150 million (CNY1 billion). The production center, which covers an area of 45 mu (30,000 square meters), can make 10,000 engines annually.
Founded in 2004, SinoHytec was the first Chinese firm to develop hydrogen fuel cell engines, the report said. It has showcased new energy buses at world-class events including the Beijing Olympic Games and the Shanghai World Expo. SinoHytec independently develops engines and relevant systems, and operates the countrys first hydrogen refueling stations for cars...> https://www.yicaiglobal.com/news/sinohytec-opens-china%E2%80%99s-first-automated-hydrogen-fuel-cell-engine-factory
And to think the nay-sayers said fuel cells would never be mass produced. HaHaHa
What is the energy cost of the release of Hydrogen from one form to that which will go into the cells? I am betting it takes more energy from oil, gas or coal that it provides in energy.
What is the energy cost of the release of Hydrogen from one form to that which will go into the cells? I am betting it takes more energy from oil, gas or coal that it provides in energy.
We are entering a new era of plentiful renewable energy. This kind of thinking was necessary with oil at $60,70 80 per barrel. But this is a new day with new realities.
The New Paradigm:
LA Times 6/22/2017: California invested heavily in solar power. Now theres so much that other states are sometimes paid to take it
On 14 days during March, Arizona utilities got a gift from California: free solar power.
Well, actually better than free. California produced so much solar power on those days that it paid Arizona to take excess electricity its residents werent using to avoid overloading its own power lines http://www.latimes.com/projects/la-fi-electricity-solar/
This is a brilliant explanation from Europe, which is way ahead of the US in this field
Bjørn Simonsen, NEL Hydrogen (the company that built Denmark's nationwide network of renewable hydrogen stations):
The entire efficiency question loses importance with the energy regime were moving into. Were coming from a mentality where we are used to thinking about energy as a limited resource. If you have a barrel of oil, its extremely important to use it efficiently. However, you can use it across several days or years. Whatever you dont use one day, you still have it for the next day.
Whereas when we look at renewables, you have to use them when theyre there. We have to look at energy with new eyes. What matters is what does it cost? Its not necessarily all about the total efficiency. Prices are low enough to make hydrogen and distribute it to fueling stations at costs that are comparable to what were used to today with gasoline and diesel.
If you charge your car from your rooftop solar at home, its obviously more efficient than converting it to hydrogen first, but you wont see people driving their electric vehicles to a solar farm far from their homes to charge whenever its really nice and sunny outside. That is why the two technologies will live side by side and complement each other...more https://www.pv-magazine.com/2017/08/30/future-pv-the-feasibility-of-solar-powered-hydrogen-production/