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University of Vaasa - Vaasan yliopisto

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629<br />

Table showing secondary sources <strong>of</strong> energy in Ghana<br />

Source <strong>of</strong> Capacity Usage Price range Consumptio<br />

energy<br />

n category<br />

Candle/keros<br />

Light during power 1- 3 GHc<br />

ene<br />

failure<br />

lamp<br />

101 Both rural<br />

and urban<br />

communities<br />

affordable<br />

by the poor.<br />

Dry cell 1– 9 v Radio and flashlight 2 - 4 GHc Both rural<br />

batteries<br />

per set and urban<br />

communities<br />

affordable<br />

by the poor.<br />

Rechargeable 6 v Light, radio (embedded) 5.5 - 30 Rural and<br />

lamps<br />

and TV<br />

GHc Urban<br />

Car batteries 12 – 24 v Light, Radio and TV 50-200 GHc Rural<br />

Generator – 2-7.5<br />

diesel or kva<br />

petrol<br />

102<br />

220 v(table-top Specific 590 GHc Urban<br />

household appliances<br />

households<br />

including lights<br />

and SMEs<br />

The table above represents the results <strong>of</strong> the study. However, it was evident that, the<br />

reason behind the choice <strong>of</strong> a particular secondary energy source varied greatly. Two<br />

main reasons were identified - the household income and the purpose for which the<br />

secondary energy is needed. Although the purpose was clear and easy to understand,<br />

the issue <strong>of</strong> household income proved to be very difficult to ascertain. This is due to<br />

the fact that, most Ghanaians are reluctant to reveal how much they earn.<br />

These two underlining reasons are applicable for both urban and rural dwellers. The<br />

household income <strong>of</strong> the urban dwellers in Ghana varied heavily based on academic<br />

qualification and nature <strong>of</strong> work. Meanwhile, a giving range could be deduced from<br />

the lowest income level to the highest income level using the basis identified. The<br />

monthly income level within the urban dwellers ranged from as low as 50 dollars to<br />

about 2000 dollars (approx. 75 - 3500 GHc). Upon this finding one can easily draw<br />

conclusion as to the type <strong>of</strong> secondary source <strong>of</strong> energy one can afford. Based on this<br />

premise the conclusion is that, the higher the income the more expensive the type <strong>of</strong><br />

secondary source <strong>of</strong> energy used. A typical situation in the urban centers <strong>of</strong> Ghana is<br />

found in numerous high and low capacity generators and rechargeable lamps in<br />

contrast with those living in the poorer communities using candles, kerosene lamps,<br />

flash light, low priced rechargeable lamps as well as low capacity car batteries.<br />

For the purpose for which the secondary energy is needed, finding revealed yet two<br />

more underlining reasons: what triggered the purchased and why the particular<br />

purchase. The finding concludes that regular power outrage, brown-out and<br />

inaccessibility to grid were the main triggers. Power outage affects both rural and<br />

urban dwellers that have access to the national grid. For this reason, lack <strong>of</strong> power<br />

appears to be the major cause for the need <strong>of</strong> secondary sources <strong>of</strong> energy. Moreover,<br />

there are situations whereby there is power, yet with insufficient voltage (brown-out)<br />

101 1 GHc is equivalent to 10,000 old Ghana Cedis (1 dollar = 1.5 GHc)<br />

102 Kva – kilovolt – ampere: is a unit <strong>of</strong> electrical power equal to 1000 volt – amperes.

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