Institutional analysis of the acceptance of photovoltaics in daytime radio broadcasting
Name
MIT-EL-79-031-06391931.pdf
Size
1.53 MB
Format
Adobe PDF
Checksum (MD5)
8a34e8413c1e8ec117f50a8ba96bed68
Author(s)
Nutt-Powell, Thomas Evan
Wagner, Judith
Date Issued
June 1979
Publisher
MIT Energy Laboratory
Series/Report no.
MIT-EL
79-031
Abstract
This paper, one of a series resulting from institutional analysis of
photovoltaic (PV) acceptance, is undertaken in relation to a field test of PV
applicability for use by a small-scale daytime AM radio station. Hypotheses
in five areas of institutional comprehension of PV as an innovation are pro-
posed. The five areas are: (1) decision structure of the station; (2) technical
knowledge of the decision-maker; (3) prior information about solar energy of
the decision-maker; (4) image potential of the field test to the station; and
(5) financial contribution of the station. In the course of data collection, a
sixth area -- the PON-RFP process -- was identified. Thirty-one radio stations
which met the requirements for potential test site were studied to determine
the institutional factors influencing their disposition to accept PV. The
findings reveal a considerable capability on the part of small, daytime radio
stations to deal with technologically based information about solar energy,
coupled with a strong commitment to the encouragement of its broader use.
Many revealed a considerable familiarity with solar energy applications, but
did not view its use in their setting as primarily contributing to their
station's image. Stations had limited financial resources for participation
in the project, but more importantly, were confused about the project's de-
mands on these resources, because of their unfamiliarity with the PON-RFP
process. This last finding is an interesting example of how money may be
misused as a proxy variable, and how this misuse can be a major barrier to
facilitating innovation acceptance.
Description
Photovoltaics Project.
Subjects
Radio broadcasting |z United States.
Photovoltaic power generation.
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