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The market for PAYG solar – micro-payment schemes that<br />
have become more popular in recent years – continued to grow<br />
in 2015. 68 Under PAYG schemes, customers typically pay a<br />
small upfront fee for a solar charger kit, a portable system and<br />
a control unit that can be used for powering LED lights and<br />
charging devices such as mobile phones. They then pay for<br />
the energy they need, either in advance or on a regular basis<br />
depending on consumption. It is estimated that by the end of<br />
2015, the PAYG model had been commercialised by some 32<br />
companies operating in nearly 30 countries. 69 (p See Figure 34.)<br />
It is most prominent in East African countries (Kenya, Uganda<br />
and Tanzania) and in India, but it is quickly developing in other<br />
regions as well.<br />
Examples of successful PAYG operations include Simpa Networks<br />
(India), SolarNow (Uganda), MKOPA (Kenya), Off Grid Electric<br />
(Rwanda and Tanzania) and Azuri (spread across sub-Saharan<br />
Africa). Greenlight Planet (in East and West Africa, and South<br />
Asia), a market leader that has commercialised about 3 million<br />
solar lighting systems, launched its PAYG model in early 2015. In<br />
Tanzania, Off Grid Electric is installing off-grid solar devices for<br />
more than 10,000 households and businesses per month using<br />
this model. 70<br />
Another category of business model focuses on bundled<br />
packages that sell not only energy equipment but also integrated<br />
services, from simple solar lamps with radios and mobile phones<br />
to aspirational products such as televisions. In Nicaragua,<br />
Barefoot Power sells a small plug-and-play home system, which<br />
can provide lighting services to households, charge a cell phone<br />
and power a portable DVD player. 71<br />
POLICY DEVELOPMENTS<br />
Government policies in developing countries are one of the most<br />
important factors for the deployment of DRE technologies. 72<br />
Robust policy frameworks that address a wide range of market<br />
issues – from regulations and financing to business support and<br />
training – can lead to rapid transformations in energy access. 73<br />
Policies that support DRE deployment include auctions,<br />
dedicated electrification targets, initiatives related to clean<br />
renewable cooking, and fiscal and other incentives that focus<br />
on specific renewable energy technologies (e.g., exemptions on<br />
VAT and import duties). An array of national governments across<br />
Africa, Asia and Latin America announced the expansion of<br />
existing targets and policies for DRE systems or the creation of<br />
new ones during 2015. Kenya, Rwanda and Tanzania all removed<br />
VATs on solar products in 2014–2015. India successfully removed<br />
excise duties on off-grid solar systems in 2014, and, in 2015, Uttar<br />
Pradesh (the Indian state with the most people lacking access<br />
to energy) announced plans to waive its VAT on solar energy<br />
equipment as well. 74 (p See Table 3.)<br />
In Africa, Rwanda approved its new energy policy, which included<br />
a target of reaching 22% of its population with DRE systems<br />
by 2017/2018, thereby increasing its off-grid power generation<br />
to 22 MW. Even before this policy was approved, Rwanda had<br />
partnered with Mobisol and the EU to provide solar PV systems<br />
to 49,000 households and 1,000 schools by 2019, representing a<br />
total installed capacity of 7.9 MW. 75 Tanzania announced a target<br />
of 1 million solar installations by the end of 2017, which is expected<br />
to supply solar electricity to 10% of the nation’s population and to<br />
create over 15,000 solar jobs. 76 Ghana launched a PAYG home<br />
solar programme in collaboration with Azuri Technology to<br />
provide electricity to 100,000 households. 77 Mali is promoting the<br />
sale of 1,500 solar kits with the support of local banks, which will<br />
offer special loans to users. 78<br />
In Asia, the Philippines announced plans to build 150 to 200<br />
micro-hydropower plants to provide electricity to people in remote<br />
regions, with a goal of increasing the country's hydro generating<br />
capacity by 50 MW. 79 Bangladesh declared its intention to install<br />
up to 6 million SHS by 2018 and plans to finance the installation<br />
of about 1,550 solar irrigation pumps by 2017. 80 India announced<br />
plans to install some 8,960 solar agri-pumps in the state of<br />
Maharashtra by the end of 2015; in addition, 500 solar-powered<br />
mini-grids are to be installed by the end of 2016 through the<br />
state’s Smart Power for Rural Development programme, financed<br />
by the Rockefeller Foundation. 81 In early 2016, the Indian state of<br />
Uttar Pradesh introduced its “Mini-grid Policy” encouraging the<br />
development of solar/biogas/biomass mini-grids of up to 500 kW<br />
with an array of incentives, including a 30% investment subsidy. 82<br />
03<br />
In Latin America and the Caribbean, Guyana announced plans<br />
to install 6,000 SHS in its hinterland communities. 83 Under the<br />
National Photovoltaic Household Electrification programme,<br />
Peru intends to install 12,500 solar PV systems to power<br />
500,000 households to ensure that 95% of its population has<br />
access to electricity by the end of 2018. 84<br />
RENEWABLES 2016 · GLOBAL STATUS REPORT<br />
95