Comments on: Utilities Testing Solar Thermal Tech at Traditional Power Plants http://cleantechnica.com/2008/11/11/utilities-testing-solar-thermal-tech-at-traditional-power-plants/ Clean Tech News & Views: Solar Energy News. Wind Energy News. EV News. & More. Fri, 25 May 2012 22:41:00 +0000 hourly 1 http://wordpress.org/?v=3.3.2 By: Wu.zhonghua http://cleantechnica.com/2008/11/11/utilities-testing-solar-thermal-tech-at-traditional-power-plants/#comment-105316 Wu.zhonghua Sat, 08 Oct 2011 01:44:00 +0000 http://cleantechnica.com/?p=1482#comment-105316 Solar Energy Projects to Seek Cooperation From China Dear Sir / Madam: I come from Xi'an, China, is a mechanical engineer, aged 60 years old already, I spent nearly 15 years developed a new type of solar thermal power generation and urban residential winter heating system. The present invention completely solves the world's solar energy can not solve the technical problems of long-term storage. Long-term storage of heat from solar energy. China has won a number of national patents. Are due to financial problems can not be resolved, the project developed a temporary halt. Now for the global search for new energy venture capitalists interested in the project pre-development funding requirements of about $ 1.5 million U.S Dollars.. The funds raised for the project complete the initial trial prototype equipment, technical testing, identification and post-project technology transfer and product promotion. Investors can receive funds throughout regulation and the use of flexible cooperation. Can also be invited to go abroad to develop projects or provide Patent technology transfer. Welcome domestic and foreign investors interested to inspect the project in Xi'an, China, the project meet the requirements of investors to discuss further details of cooperation. I have the authenticity and reliability of the project to bear legal responsibility. If you are interested please contact us: E-Mail: wuzhonghua2011@hotmail.com Office Address: Contact person: Wu.zhonghua Engineer No:7#-1-406 Building Wei-Qing-North Road Xu-Jia-Wan Xi’an city Shaanxi Province china People’s Republic of china Postcord:710021 Best Regards: Your Fincerely. Wu.zhonghua Engineer Ocoter, 08.2011 Solar Energy Projects to Seek Cooperation From China

Dear Sir / Madam:
I come from Xi’an, China, is a mechanical engineer, aged 60 years old already, I spent nearly 15 years developed a new type of solar thermal power generation and urban residential winter heating system. The present invention completely solves the world’s solar energy can not solve the technical problems of long-term storage. Long-term storage of heat from solar energy. China has won a number of national patents. Are due to financial problems can not be resolved, the project developed a temporary halt.
Now for the global search for new energy venture capitalists interested in the project pre-development funding requirements of about $ 1.5 million U.S Dollars..
The funds raised for the project complete the initial trial prototype equipment, technical testing, identification and post-project technology transfer and product promotion.
Investors can receive funds throughout regulation and the use of flexible cooperation.
Can also be invited to go abroad to develop projects or provide Patent technology transfer.
Welcome domestic and foreign investors interested to inspect the project in Xi’an, China, the project meet the requirements of investors to discuss further details of cooperation.
I have the authenticity and reliability of the project to bear legal responsibility.
If you are interested please contact us:
E-Mail: wuzhonghua2011@hotmail.com
Office Address:
Contact person: Wu.zhonghua Engineer
No:7#-1-406 Building
Wei-Qing-North Road Xu-Jia-Wan
Xi’an city Shaanxi Province china

People’s Republic of china
Postcord:710021

Best Regards:
Your Fincerely.
Wu.zhonghua Engineer
Ocoter, 08.2011

]]> By: xoddam http://cleantechnica.com/2008/11/11/utilities-testing-solar-thermal-tech-at-traditional-power-plants/#comment-3856 xoddam Wed, 19 Nov 2008 06:34:11 +0000 http://cleantechnica.com/?p=1482#comment-3856 The large coal-fired power station at Liddell in the Hunter River valley in New South Wales, Australia has been using supplemental heat from a solar array for about two years now. This mid-scale demonstration project (currently contributing 38MWth on sunny days towards the power station's 2000MWe capacity) has been an all-round success and is being expanded. Eventually the solar component of the power plant's output may approach 25%. http://www.abc.net.au/7.30/content/2007/s1837616.htm http://www.abc.net.au/local/stories/2008/10/16/2393169.htm?site=upperhunter This was the demonstration plant that proved the linear fresnel concentrating mirror technology now being commercialised in the USA by the firm Ausra. Ausra's Canadian-born founder, David Mills, developed the technique whilst an academic at the University of Sydney. The large coal-fired power station at Liddell in the Hunter River valley in New South Wales, Australia has been using supplemental heat from a solar array for about two years now. This mid-scale demonstration project (currently contributing 38MWth on sunny days towards the power station’s 2000MWe capacity) has been an all-round success and is being expanded. Eventually the solar component of the power plant’s output may approach 25%.

http://www.abc.net.au/7.30/content/2007/s1837616.htm

http://www.abc.net.au/local/stories/2008/10/16/2393169.htm?site=upperhunter

This was the demonstration plant that proved the linear fresnel concentrating mirror technology now being commercialised in the USA by the firm Ausra. Ausra’s Canadian-born founder, David Mills, developed the technique whilst an academic at the University of Sydney.

]]> By: xoddam http://cleantechnica.com/2008/11/11/utilities-testing-solar-thermal-tech-at-traditional-power-plants/#comment-20801 xoddam Wed, 19 Nov 2008 06:34:00 +0000 http://cleantechnica.com/?p=1482#comment-20801 The large coal-fired power station at Liddell in the Hunter River valley in New South Wales, Australia has been using supplemental heat from a solar array for about two years now. This mid-scale demonstration project (currently contributing 38MWth on sunny days towards the power station's 2000MWe capacity) has been an all-round success and is being expanded. Eventually the solar component of the power plant's output may approach 25%. http://www.abc.net.au/7.30/content/2007/s1837616.htm http://www.abc.net.au/local/stories/2008/10/16/2393169.htm?site=upperhunter This was the demonstration plant that proved the linear fresnel concentrating mirror technology now being commercialised in the USA by the firm Ausra. Ausra's Canadian-born founder, David Mills, developed the technique whilst an academic at the University of Sydney. The large coal-fired power station at Liddell in the Hunter River valley in New South Wales, Australia has been using supplemental heat from a solar array for about two years now. This mid-scale demonstration project (currently contributing 38MWth on sunny days towards the power station’s 2000MWe capacity) has been an all-round success and is being expanded. Eventually the solar component of the power plant’s output may approach 25%.

http://www.abc.net.au/7.30/content/2007/s1837616.htm

http://www.abc.net.au/local/stories/2008/10/16/2393169.htm?site=upperhunter

This was the demonstration plant that proved the linear fresnel concentrating mirror technology now being commercialised in the USA by the firm Ausra. Ausra’s Canadian-born founder, David Mills, developed the technique whilst an academic at the University of Sydney.

]]> By: pat parent http://cleantechnica.com/2008/11/11/utilities-testing-solar-thermal-tech-at-traditional-power-plants/#comment-3855 pat parent Wed, 12 Nov 2008 18:10:15 +0000 http://cleantechnica.com/?p=1482#comment-3855 Great idea! Now, you need only connect the cold water intake to the solar arrays, then send the resulting warm water to the furnaces to bring it to a boil. That way the solar arrays will not radiate away their heat energy. Very elegant. Great idea!

Now, you need only connect the cold water intake to the solar arrays, then send the resulting warm water to the furnaces to bring it to a boil. That way the solar arrays will not radiate away their heat energy.

Very elegant.

]]> By: pat parent http://cleantechnica.com/2008/11/11/utilities-testing-solar-thermal-tech-at-traditional-power-plants/#comment-20800 pat parent Wed, 12 Nov 2008 18:10:00 +0000 http://cleantechnica.com/?p=1482#comment-20800 Great idea! Now, you need only connect the cold water intake to the solar arrays, then send the resulting warm water to the furnaces to bring it to a boil. That way the solar arrays will not radiate away their heat energy. Very elegant. Great idea!

Now, you need only connect the cold water intake to the solar arrays, then send the resulting warm water to the furnaces to bring it to a boil. That way the solar arrays will not radiate away their heat energy.

Very elegant.

]]>