INTERNATIONAL NEWS |
INCORPORATING COLD CHAIN |
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be fully tailored to the needs of new members , especially in the case of emerging and developing countries .
The TCPs have taken a varied approach to addressing these challenges . Although they share a common legal structure , each individual TCP is unique , and many have developed their own practices and ways of
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working over the years . In many cases , TCPs have been responsible for developing their own solutions to expand and deepen the participation of new countries .
In this handbook we have compiled general information on the different options for joining TCP activities and the membership process , plus useful tools and strategies for existing TCP participants and other
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stakeholders to support the drive for TCPs to become more global . We have provided practical examples with short case studies – featured in boxes – shared by the TCPs .
This handbook addresses two primary target audiences :
• Decision makers in prospective member countries who are seeking to identify the possible benefits of TCP
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membership and better understand the process and expectations before taking part in activities .
• TCP participants who are interested in expanding the TCP membership base to become more global , and who are looking for good practice approaches or possible strategies to foster participation among new countries .
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1 . |
Energy in Buildings and Communities ( EBC TCP ) |
2 . |
District Heating and Cooling including |
Combined Heat and Power ( DHC TCP ) | |
3 . |
Energy Efficient End-Use Equipment ( 4E TCP ) |
4 . |
Energy Storage ( Energy Storage TCP ) |
5 . |
Heat Pumping Technologies ( HPT TCP ) |
1 . |
User-Centred Energy Systems ( Users TCP ) |
2 . |
High Temperature Superconductivity ( HTS TCP ) |
3 . |
International Smart Grid Action Network ( ISGAN |
TCP ) |
1 . |
International Centre for Sustainable Carbon |
( ICSC TCP ) | |
2 . |
Enhanced Oil Recovery ( EOR TCP ) |
3 . |
Fluidised Bed Conversion ( FBC TCP ) |
4 . |
Gas and Oil ( GOTCP ) |
5 . |
Greenhouse Gas R & D Programme ( GHG TCP ) |
1 . |
Environmental , Safety and Economic Aspects of |
Fusion Power ( ESEFP TCP ) | |
2 . |
Fusion Materials ( FM TCP ) |
3 . |
Nuclear Technology of Fusion Reactors ( NTFR |
TCP ) | |
4 . |
Plasma Wall Interaction ( PWI TCP ) |
5 . |
Reversed Field Pinches ( RFP TCP ) |
6 . |
Spherical Tori ( ST TCP ) |
7 . |
Stellarators and Heliotron ( SH TCP ) |
8 . |
Tokamak Programmes ( CTP TCP ) |
1 . |
Bioenergy ( Bioenergy TCP ) |
2 . |
Solar Power and Chemical Energy Systems |
( SolarPACES TCP ) | |
3 . |
Geothermal Energy ( Geothermal TCP ) |
4 . |
Hydrogen ( Hydrogen TCP ) |
5 . |
Hydropower ( Hydropower TCP ) |
6 . |
Ocean Energy Systems ( OES TCP ) |
7 . |
Photovoltaic Power Systems ( PVPS TCP ) |
8 . |
Solar Heating and Cooling ( SHC TCP ) |
9 . |
Wind Energy Systems ( Wind TCP ) |
1 . |
Advanced Fuel Cells ( AFC TCP ) |
2 . |
Advanced Materials for Transportation ( AMT |
TCP ) | |
3 . |
Advanced Motor Fuels ( AMF TCP ) |
4 . |
Clean and Efficient Combustion ( Combustion |
TCP ) | |
5 . |
Hybrid and Electric Vehicles ( HEV TCP ) |