Why should we adopt bioclimatic architectural systems in Africa?
Adopting bioclimatic architectural systems across Africa will help people to obtain thermal comfort in their homes and businesses as their environment changes and will reduce energy consumption within the residential sector. Are there any passive solar systems that should be used in African countries that have not yet been tested?
Are passive solar systems effective in Africa?
Although numerous passive solar systems have been tested in Africa, there is always potential for innovation and adaptation. Unexplored techniques, such as building-integrated photovoltaic-thermal systems (BIPV-T), warrant further research to determine their effectiveness in African climates.
Can solar energy reduce energy consumption in Africa?
In response to climate change, we often resort to energy-intensive heating and cooling systems to maintain thermal comfort within buildings. However, passive solar systems (which harness solar radiation) and smart building designs (that create optimal indoor conditions) are now being adopted across Africa to reduce energy consumption.
How will bioclimatic architecture impact Africa by 2100?
By 2100, projections suggest arid and tropical climates will dominate the continent. Adopting bioclimatic architectural systems across Africa will help people to obtain thermal comfort in their homes and businesses as their environment changes and will reduce energy consumption within the residential sector.
Do solar systems support mobile phone usage growth in Kenya?
Jacobson (2007) highlights that in Kenya solar system acquisition had a significant impact in supporting mobile phone usage growth in the whole society. Furthermore, these appliances provide comfort, safety and food security to SHS users, which are difficult to quantify but crucial to consider when implementing a project ( Hirmer & Guthrie, 2017 ).
What are some examples of passive solar systems used in modern buildings?
An example of passive solar systems used in modern buildings. Beira, Mozambique. In passive and active solar heating, buildings capture solar energy in the floor, walls, roof, and through glass windows. In the northern hemisphere, this helps to passively moderate indoor temperatures during different seasons.
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