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Full Description
This paper is written in the belief that people are important and that equipment is to serve the needs of the people and therefore should be designed to meet their specific needs and environment. This is particularly important in the case of a developing country when a professional engineer accepts the responsibility to formulate policies evaluate equipment imple ment projects and train national people. 1. Government, geography and climate Papua New Guinea, an independent and self governing state since 1975, is located directly North of Australia above the North Eastern State of Queensland. The country extends from 141o east longitude, at the border with Indonesia (Irian Jaya) to 160o east longitude and between latitudes 1o and 12o south (see figure 1). Papua New Guinea is a parliamentary democracy, with a single legis lature known as the National Parliament (1). The State is divided into 19 provinces plus the National Capital District (Port Moresby) with de centralized Government established in each province. Before independence the country comprised the Australian territory of Papua in the southern regions and the United Nations Trust Territory of New Guinea in the North (1). Land area is 462,840 square kilometres This inclUdes the mainland, the three large islands of New Britain, ‾ew Ireland and fiougainville plus 600 small islands and archipelagos. Approximate direct distances from the capital city of Port Moresby to some of the other centres are : Vanimo 990 km, Rabaul SOO km, Arawa 990 km and Lorengau S25 km.
Contents
Opening Session.- Session I — Applications.- Poster Group P1 — Applications.- Intermediate.- Residential.- Other applications.- Session 2 — Experience, Performance, Reliability, Monitoring.- Poster Group P2 — Experience, Performance, Reliability, Monitoring.- Experience and Reliability.- Performance and Monitoring.- Session 3 — Systems, Components and Engineering.- Poster Group P3 — Systems, Components and Engineering.- Array design.- Shadowing, Hot-Spots.- Grid Connection and Inverters.- Battery Interface.- Session 4 — Fiat Plate Module Technology.- Poster Group P4 — Flat Plate Module Technology.- Session 5 — Fundamental Studies.- Poster Group P5 — Fundamental Studies.- Theoretical studies.- Silicon Solar Cells.- Amorphous Silicon.- Other Materials.- Session 6 — Advanced Devices and Concentration.- Poster Group P6 — Advanced Devices and Concentration.- Advanced Solar Cells.- Concentrators.- Session 7 — Thin Film Solar Cell Technology.- Poster Group P7 — Thin Film Solar Cell Technology.- Amorphous Semiconductors.- Crystalline Silicon Based Cells.- II-IV Compound Solar Cells.- Other Thin Film Systems.- Session 8 — Crystalline Silicon Solar Cell Technology.- Poster Group P8 — Crystalline Silicon Solar Cell Technology.- Silicon Material.- Ion Implantation, Cell Processing.- Late News Papers.- List of Participants.- Index of Authors.
