Policy on Intellectual Property Right (IPR)
Keywords
Introduction
Annex 1 Mega solar plans at high power radio
transmitting station in Japan
1 Introduction
2 The
list of radio transmitting stations with solar power generating facilities
3 Example of mega solar system at
a radio transmitting station
3.1 Overview of the
Shobu-Kuki radio transmitting station
3.2 Prior considerations
3.2.1 Examinations
with actual equipment
3.2.2 Electromagnetic
simulations
3.2.3 Extended
test
3.2.4 Construction
test
3.3 Arrangement of solar
panels
3.4 Grounding
3.4.1 Grounding
radials
3.4.2 Grounding
for the solar panels
3.5 Electrical systems
3.5.1 Solar
facilities
3.5.2 Solar
panels
3.5.3 Electrical
network for the solar farm
3.5.4 Grid
connection
3.6 Power generation and
impact
4 Summary
Annex 2 Evaluations of energy consumption associated with
terrestrial television broadcasting
1 Introduction
2 Energy efficiency of
terrestrial television broadcasting emissions
3 Energy required by television
consumer receivers
4 Conclusions
Annex 3 Power consumption of DVB-T
broadcast networks in Germany
1 Introduction
2 Input power and radiant power
of transmitters
3 Power consumption of an
existing DVB-T network in Germany
4 Comparison with overall power
consumption
Annex 4 Wind power generation in the South Atlantic
1 Introduction
2 BBC power station
2.1 Overview
2.2 Renewable energy options
2.2.1 Geothermal
2.2.2 Solar
2.2.3 Wave and
Tidal
2.2.4 Biomass
2.2.5 Wind
2.3 Wind power feasibility
study
2.3.1 Geological
Conditions at Site
2.3.2 Wind
resource monitoring
2.4 Wind farm
implementation
2.4.1 Wind farm
results
2.4.2 Pre wind
farm
2.4.3 Post wind
farm
Annex 5 Solar powered FM broadcasting
1 Introduction
2 System design
3 Modelling a PV system
4 Routine maintenance and
replacements
5 BBC World Service systems
6 Conclusions