Kiribati leads by example on solar, slashes dependence on diesel fuel

Published by

The Pacific island nation of Kiribati, considered to be among the world’s most vulnerable to the effects of climate change, has installed solar on four government-owned facilities, as part of an effort to “walk the talk” and cut its dependence on imported fossil fuels.
A total of 548kW of solar was installed as part of the Kiribati Grid Connected Solar PV Project, which has been funded through the World Bank by the Australian government and the Global Environment Facility.

The grid-connected solar systems, unveiled last week, were fitted onto four buildings in South Tarawa – the Kiribati Institute of Technology, Betio Sports Complex, Tungaru Hospital and King George V Secondary School.
It is estimated they will reduce diesel fuel use on the South Tarawa grid – which services 52,000 people – by 230,000 litres a year, slash its greenhouse gas emissions, and save the Kiribati government $US290,000.
Last year, Kiribati President Anote Tong called for a global and immediate moratorium on all new coal mines and coal mine expansions in an open letter delivered to world leaders ahead of the Paris climate talks.
“The construction of each new coal mine undermines the spirit and intent of any (climate) agreement we may reach, particularly in the upcoming COP 21 in Paris,” Tong wrote in the letter.
“Kiribati, as a nation faced with a very uncertain future, is calling for a global moratorium on new coal mines. It would be one positive step towards our collective global action against climate change and it is my sincere hope that you and your people would add your positive support in this endeavour.”
Of course, Australia is yet to commit to any such coal mining or burning ban, but last week the government’s representative in Kiribati said it was proud to support the island nation’s shift to solar.
“Shifting to solar energy in Kiribati is an important step for the government and people of Kiribati. These solar panels are contributing to electricity used by schools, hospitals and public buildings throughout South Tarawa; critical infrastructure that the Australian Government is proud to support,” said Bruce Cowled, Australian High Commissioner for Kiribati.
Kiribati’s Vice President and minister for public works, Korabi Nenem, said it was important for the nation to practice what it preached on fossil fuel use.
“For too long, Kiribati – as one of the most remote countries in the world – has been dependent on imported fuel,’ he said on Friday.
“This is not only a massive burden on our finances, but has a negative impact on the environment around us.
“These solar panels take advantage of our plentiful supply of sun, and will provide a more reliable and sustainable source of energy for the future of our nation.”
Ending in 2018, the Kiribati Grid Connected Solar PV Project is coordinated by the World Bank and funded through a US$1 million grant from the Global Environment Fund (GEF) and a US$2.92 million grant from the Government of Australia, through the Pacific Regional Infrastructure Facility (PRIF).

This post was published on September 26, 2016 1:35 pm

View Comments

  • Kiribati faces a clear threat from rising sea levels. But, as seems to be the norm these days, there seems to be a parallel denial of the more imminent threat, viz their own fecundity, as demonstrated by this graphic - http://populationpyramid.net/kiribati/. Of all the countries on the planet, small island states should be the most aware of carrying capacity. But instead the trend is for an inexorable exploding population.

  • Am I missing something? The cost is around USD 8,000 per kW capacity. Or well over 10,000 Australian Dollars.
    . Yes some increased costs but given the cost of diesel delivered to the same destination is only around 20% more, is this another case of taxpayer funds being tipped off?
    . A well over ten fold cost seems scandalous.
    What am I missing?

    • Andrew where are your numbers coming from? Why USD$8,000 per kW rated? Are you using the $1m and $2.92m numbers and diving by the 548kW in the article? If so please note the bit where it states the overall project is ending in 2018. There is more PV going in, upgrades to the grid to accept the PV, grid modelling to choose the right locations etc.

    • You must take the $290,000 per year saving (as this is an annual cost, which will increase each year as fuel prices go up) and then times that by the 20 years operating life of the solar system to arrive at a comparable cost, that is just straight fuel costs, also consider power station costs, generator maintenance and replacement, operator costs, buildings, etc.
      While the solar system is prepaid for the same 20 years except for some minor maintenance.

Share
Published by

Recent Posts

Rooftop solar growth nears record levels, led by Queensland and commercial installs

For a typically slow month, April 2024 has neared record levels of new rooftop solar…

May 2, 2024

Off-grid solar and battery system “twice the size of the MCG” slashes almond farm energy bill

AGL Energy completes installation of a huge stand-alone solar and battery microgrid that will power…

May 2, 2024

Australian made solar panels now available through more than 100 retailers

Australia’s only solar panel manufacturer says its retail network has more than doubled over the…

May 1, 2024

Solar apartments: State opens offer of up to $100,000 to install shared rooftop PV

Solar for Apartments Program offers up to $100,000 to eligible bodies corporate, 50% as a…

April 29, 2024

Home electrification rebate flooded with interest as gas exodus gears up

State government-backed rebate designed to install bulk residential rooftop PV and electric hot water has…

April 29, 2024

Landlords join call for rebates to help renters and apartments get solar and go electric

People who live in apartments are less likely to benefit from solar power or efficient…

April 19, 2024