Basel III and Solar CSP: Difference between pages

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imported>Doug Williamson
(Further categorise the page and link with CRD IV page.)
 
imported>Doug Williamson
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A third amended and strengthened international bank capital adequacy framework under development, designed to improve upon Basel II.
''Energy - sustainable finance - green finance''.


Basel III leverage ratio framework and disclosure requirements were issued in January 2014.  
Solar CSP is an abbreviation for Concentrating Solar Power energy generation.


== See also ==
* [[Basel II]]
* [[Capital adequacy]]
* [[CRD IV]]
* [[LCR]]
* [[NSFR]]


Solar CSP systems use reflectors to focus and concentrate the sun's light energy, typically to raise the temperature of a heat-absorbing heat transfer fluid.


== Other links ==
The heat energy in the heat transfer fluid is then used in turn to generate electricity, for example through steam turbines.


[http://www.treasurers.org/node/8652 Basel III in progress but much to be done: An update, John Grout, ACT January 2013]
Contrasted with Solar PV systems, which generate electricity directly.


[https://www.bis.org/publ/bcbs270.htm Basel III leverage ratio framework and disclosure requirements January 2014]


[[Media: Basel III Jan 2014.pdf]]
== See also ==
* [[Green finance]]
* [[Renewables]]
* [[Solar PV]]
* [[Sustainable finance]]


[[Category:Accounting,_tax_and_regulation]]
[[Category:The_business_context]]
[[Category:Corporate_finance]]
[[Category:Investment]]
[[Category:Long_term_funding]]
[[Category:Long_term_funding]]
[[Category:Compliance_and_audit]]
[[Category:Identify_and_assess_risks]]
[[Category:Manage_risks]]
[[Category:Manage_risks]]
[[Category:Risk_frameworks]]
[[Category:Risk_reporting]]
[[Category:Financial_products_and_markets]]
[[Category:Technology]]

Latest revision as of 15:57, 1 January 2020

Energy - sustainable finance - green finance.

Solar CSP is an abbreviation for Concentrating Solar Power energy generation.


Solar CSP systems use reflectors to focus and concentrate the sun's light energy, typically to raise the temperature of a heat-absorbing heat transfer fluid.

The heat energy in the heat transfer fluid is then used in turn to generate electricity, for example through steam turbines.

Contrasted with Solar PV systems, which generate electricity directly.


See also