2 African Energy Challenges in the Transition Era …
53
don’t know is that it is part of a grandmaster plan designed by fraudulent
stakeholders to undue the aim for an energy transformation agenda.
2.3.3 Prevalence of System Losses
When compared with the various region’s system losses, they double
the average world system loss. Losses in electricity could be the result
of ineffective maintenance for transmission and distribution networks;
and commercial losses from low revenue collection. The region’s estimated losses from transmission and distribution value chain is about
18% when excluding South Africa.
54 Thus, further creates the need for
more generation capacity to meet energy demands in the region. Also,
power companies are more susceptible to financial risk due to their effort
to meet loads, and end-user tariffs are increased which often are a result
of either transmission or distribution losses.
55 A market arrangement
whereby policymakers can encourage private individuals to invest in mini
transformer systems at various designated locations for the purposes of
stabilizing losses from transmission and distribution lines. This will make
a difference in revamping the entire system’s efficiency. A Build Operate
and Transfer (BOT) contractual arrangement will make the arrangements. The private sector will invest, operate it and return the assets to
the national utility where they may have recouped their investment and
made profits.
2.3.4 Over-Dependence on Renewable Source
Energy That Is Highly Variable
This is not to say here that renewable energy source does not play a role
in the total transformation of the energy play in these regions. In fact,
54 A Castellano, A Kendall, M Nikomarov, and T Swemmer (n. 19).
55 DM Kammen, V Jacome, and N Avila, ‘A Clean Energy Vision for East Africa: Planning for Sustainability, Reducing Climate Risks and Increasing Energy Access’, A Report
of the Renewable and Appropriate Energy Laboratory (RAEL) (University of California,
Berkeley, CA, March 2015), https://rael.berkeley.edu/wp-content/uploads/2015/03/Kammen-etal-A-Clean-Energy-Vision-for-the-EAPP.pdf, accessed March 28, 2020.
53
don’t know is that it is part of a grandmaster plan designed by fraudulent
stakeholders to undue the aim for an energy transformation agenda.
2.3.3 Prevalence of System Losses
When compared with the various region’s system losses, they double
the average world system loss. Losses in electricity could be the result
of ineffective maintenance for transmission and distribution networks;
and commercial losses from low revenue collection. The region’s estimated losses from transmission and distribution value chain is about
18% when excluding South Africa.
54 Thus, further creates the need for
more generation capacity to meet energy demands in the region. Also,
power companies are more susceptible to financial risk due to their effort
to meet loads, and end-user tariffs are increased which often are a result
of either transmission or distribution losses.
55 A market arrangement
whereby policymakers can encourage private individuals to invest in mini
transformer systems at various designated locations for the purposes of
stabilizing losses from transmission and distribution lines. This will make
a difference in revamping the entire system’s efficiency. A Build Operate
and Transfer (BOT) contractual arrangement will make the arrangements. The private sector will invest, operate it and return the assets to
the national utility where they may have recouped their investment and
made profits.
2.3.4 Over-Dependence on Renewable Source
Energy That Is Highly Variable
This is not to say here that renewable energy source does not play a role
in the total transformation of the energy play in these regions. In fact,
54 A Castellano, A Kendall, M Nikomarov, and T Swemmer (n. 19).
55 DM Kammen, V Jacome, and N Avila, ‘A Clean Energy Vision for East Africa: Planning for Sustainability, Reducing Climate Risks and Increasing Energy Access’, A Report
of the Renewable and Appropriate Energy Laboratory (RAEL) (University of California,
Berkeley, CA, March 2015), https://rael.berkeley.edu/wp-content/uploads/2015/03/Kammen-etal-A-Clean-Energy-Vision-for-the-EAPP.pdf, accessed March 28, 2020.