By Peter Auer (Auth.)
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Extra resources for Advances in Energy Systems and Technology. Volume 2, 0th Edition
40 P. Ε. Glaser of microwave p o w e r transmission h a v e been p r e p a r e d ( U . S . E n v i r o n m e n tal Protection Agency, 1978) with the objective of completing the first p h a s e of the plan by 1980. b. General Health and Safety Effects. , 1978). T h e increase in these activities can be j u d g e d from the materials requirements of the S P S (Table X) (Kotin, 1978). F o r e x a m p l e , substantial incremental additions to current production rates of hydrogen, b a u x i t e , and tungsten would be required.
The total is small compared to the effluent from conventional electrical p o w e r plants. 7 to 630 mt/MW-yr. 8 MW(th) to its cooling w a t e r for e a c h megawatt of electricity g e n e r a t e d , and the pollutants in the cooling w a t e r would be transferred to either the surrounding local w a t e r or to the a t m o s p h e r e . N o cooling w a t e r is required at the receiving a n t e n n a b e c a u s e of the low heat release (see Table VII). 3. Air Quality (Livingston, 1978) T h e generation of electrical p o w e r with the S P S would not—at least, d i r e c t l y — p r o d u c e any air emissions or pollutants.
6). 1 m W / c m at the perimeter of the receiving a n t e n n a site has been a s s u m e d for the system design studies. T h e effects of either an increase or d e c r e a s e in the permissible m i c r o w a v e p o w e r flux density based on international s t a n d a r d s can be evaluated on the basis of system design p a r a m e t e r s and e c o n o m i c factors. Table IX s h o w s the developmental and evaluation guidelines ( U . S . D e p t . of E n e r g y , 1978c). A research plan and schedule to assess the health and ecological impacts Solar Power Satellites 39 100« Receiving Antenna Radius (km) Fig.