Despite
Nepal's huge hydropower potential and more than half a century of
experience starting with the Pharping hydro plant in 1911, to date, less
than 1% of Nepal's hydro-power resources have been tapped.
Furthermore, no significant effort has been exerted in tapping other
energy sources.
Given the rapidly increasing population and
burgeoning urbanization, electrical energy demand will continue to see a
steep upward trend while supply will continue to fail in meeting
demand. It can therefore safely be predicted that the numbers of hours
of load shedding will be longer and painfully prevalent in the short to
medium term. Even the Nepal Electricity Authority (NEA) concedes that
severity of load shedding will not diminish in the short term (refer to
“Bartaman Load Shedding Lai Tat Kaal Samadhan Garni Upaya Haru Ko
Sammandha Ma Sabai Pakchya Haru Ko Adhyan Gari Sujav Dina Jal Shrot
Mantralaya Ko Nirnaya Anusar Gathit Samiti le Pesh Gare Ko Pratibedhan
report originally available at - www.nea.org.np)
Each sector of
the Nepalese economy- Nepalese households, businesses, enterprises,
communications, industries, education and service sectors etc., as a
result, will continue to be hit hard, therefore extensively hampering
the productivity of all sectors. Thus, the provisioning of reliable and
uninterruptible energy supply will remain to be one of the most pressing
challenges in Nepal for the next 7-10 years.
Currently, there
are three possible options for resolving power supply constraints in the
short run: The first relates to the improvement in energy efficiency
requiring the incorporation of up-to-date technology and the revising of
existing prices, tariffs and subsidies without impeding social,
economic and other related activities in the economy. Implementation of
proper policies will enhance electricity efficiency and save electric
energy that can potentially combat load-shedding. However, this
solution cannot be treated as anything more than a relief patch as it
will not be able to provide solutions for the ever-growing demand for
more energy.
The second relates to importing electricity from
India to meet growing local demand, a process that up until now has been
severely constrained by the lack of infrastructure. Recently, however,
Nepal and India have entered into an agreement to construct four high
voltage transmission links for the purpose of bulk power exchange. While
this is a welcome move and concerted efforts must be made to expedite
power exchange infrastructure, it still is not a viable solution as
India itself is energy starved and not in any position to be exporting
excessive amounts of energy to Nepal for the purpose of Nepalese
industrial and economic development (a supply-demand deficit that
currently is already estimated to be around 800MW(?))
The third
and probably the one option that can immediately be applied is the
utilization of renewable energy technologies. In Nepal, renewable energy
technologies and its wider application has been limited to the rural
areas of the country. According to the Alternative Energy Promotion
Center (AEPC) more than 100,000 solar home systems and numerous
micro-hydro systems are powering rural households while more than
150,000 biogas plants have been installed throughout the country.
Unfortunately renewable technologies and in particular solar energy,
which has tremendous potential to provide immediate relief from power
shortage woes in the urban areas of the country, remains underutilized.
It
is estimated that Nepal has a potential to generate about 26,000 MW of
electricity through solar power. It is this free and environmentally
sustainable energy source that Solar Solutions has been tapping to
provide relief to those that have been affected by load-shedding.
Fortunately, Nepal is blessed with more than 312 days of sunshine
averaging approximately six hours per day, allowing the Solectric system
to deliver power continuously 365 days a year. Solar Solutions believes
that given such conditions, every individual residing in Nepal should
embrace long-term sustainable practices by HARVESTING THE POWER OF SUN
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