Showing posts with label renewable. Show all posts
Showing posts with label renewable. Show all posts

Sunday, June 3, 2018

Waiting for Korowicz – Albert Bates

Waiting for Korowicz – Albert Bates – Medium

Even though the coming of the Korowicz singularity cannot be Post-It’d to a particular date on the calendar, it’s wise to keep a foot in the prepper camp. A wall calendar, for instance.
Know where your water comes from. Have an anti-fragile supply of food — like the shiitake mushrooms that come after a big storm. They are a complete protein. Have back-up power that does not involve fossil fuels. Be able to cook. Keep your tools sharp and well-oiled. And have a good idea what you will do with your time when the internet goes away suddenly and permanently.
In the meantime, we are at the pinnacle of a gilded age. Be sure to enjoy it while it lasts.


(https://medium.com/@albertbates/waiting-for-korowicz-4e26cec88f)

Monday, April 24, 2017

The Caribbean Transitionary Energy Conference (CTEC2017) was officially launched

The Caribbean Transitionary Energy Conference (CTEC2017) was officially launched this morning with a press conference at The Cayman Islands Government building this morning.

Remarks were given by Hon. D. Kurt Tibbetts OBE, JP, MLA - Cayman Islands Minister for Planning, Lands, Agriculture, Housing and Infrastructure, event organiser James Whittaker - CEO, GreenTech Group and President, Cayman Renewable Energy Association (CREA), and sponsor Pilar Bush, Executive Vice President of Marketing, Dart Enterprises Ltd. Visit our website to register

Monday, July 28, 2014

Caribbean Energy Experts Recommend Creation Of New Caribbean Centre For Renewable Energy And Energy Efficiency

Caribbean energy experts recommend creation of new Caribbean Centre for Renewable Energy and Energy Efficiency (CCREEE) – A Centre of Excellence to Promote Inclusive and Sustainable Energy Industries and SE4ALL

The technical design and institutional set-up of the Caribbean Centre for Renewable Energy and Energy Efficiency (CCREEE) was successfully validated by energy experts and specialists of CARICOM Member States in a regional workshop, held from 21 to 22 July 2014 in Roseau, Dominica. The event was co-organized by theSmall Island Developing States (SIDS) Sustainable Energy Initiative - SIDS DOCK, the United Nations Industrial Development Organization (UNIDO) and the Government of Dominica, with financial support of the Austrian Development Cooperation (ADC).

The workshop follows-up on the official request of SIDS DOCK to UNIDO in August 2013, to assist the small island developing states in the Caribbean, Pacific, Indian Ocean and Africa, in the creation of a SIDS network of regional sustainable energy centres. With technical assistance from UNIDO, a consultative preparatory process for the Caribbean centre was launched in close coordination with the Energy Unit of the CARICOM Secretariat. The process included the development of a needs assessment and project document on the technical and institutional design of the centre. With the inputs received at the regional workshop, the needs assessment and the project document on the technical and institutional design of the centre will be finalized.

It was recommended to create CCREEE under the umbrella of the existing institutional framework of CARICOM. It was agreed to submit the final CCREEE project document for consideration by the next Ministerial Council for Trade and Economic Development (COTED) of CARICOM. It was suggested to launch a competitive selection process for the host country of the Secretariat of CCREEE.

Prime Minister of Dominica, Hon. Roosevelt Skerrit, endorsed the establishment of the CCREEE, and announced Dominica’s interest in hosting the centre. “Dominica has the highest percentage of renewable energy (RE) in its energy mix among the Caribbean countries, therefore, Dominica would be the ideal location,” he said. By 2017, Dominica will become the only Small Island Developing State to export electricity. A partnership between the Government of Dominica and a French Consortium will develop a geothermal power plant for export and subsea transmission lines to French neighbours – Guadeloupe to the north, and Martinique to the south.

Ambassador Vince Henderson, Permanent Representative of the Commonwealth of Dominica to the United Nations, and Chair of the SIDS DOCK Steering Committee, who spearheaded the initiative for the establishment of regional RE and EE centres, expressed gratitude on behalf of the small island developing states to the government of Austria for providing the funding for the establishment of the regional centres in the Pacific and the Caribbean and the support to African SIDS through the ECREEE. “The establishment of regional centres for RE and EE is one of the most progressive steps that UNIDO, SIDS DOCK and our governments can take towards the transitioning from fossil fuels to RE, and CCREEE will work with regional institutions, like the OECS, CARICOM, CREDP and CDB, to pool human and financial resources to transform the regional energy sector,” he noted.

Dr. Pradeep Monga, Director of the Energy and Climate Change Branch of UNIDO, said the importance of the regional energy centre is to boost inclusive and sustainable industrial development in Caribbean islands. “The centre will play an important role in empowering the local private sector and industry to take advantage of growing job and business opportunities in the sustainable energy sector,” Mr. Monga stressed.

The over 60 Caribbean experts and specialists, development and private sector partners in attendance recommended that the centre focuses particularly on policy implementation, capacity development, knowledge management, awareness raising and the creation of business opportunities for the local sustainable energy industry. The centre will act as a think-tank and hub for sustainable energy and will play a key role in creating economies of scale and a competitive sustainable energy market and business sector. It will address existing barriers and strengthen drivers through regional methodologies and tools. It will act as central service provider for the development and implementation of SIDS DOCK and Sustainable Energy For All (SE4ALL) activities.

The centre will become part of UNIDO´s Global Network of Regional Sustainable Energy Centres. The SIDS centres will be announced as an innovative south-south partnership at the Third International Conference on Small Island Developing States, scheduled to take place from 1 to 4 September 2014 in Apia, Samoa.

Further information on the workshop is available at: www.ccreee.org

For more information:

Mr. Al Binger, Energy Advisor, CARICOM Climate Change Centre, abinger@sidsdock.org

Mr. Martin Lugmayr, Sustainable Energy Expert, UNIDO, m.lugmayr@unido.org

 

Sunday, June 15, 2014

Renewable Islands: Settings For Success

Islands around the world are heavily reliant on costly oil imports from distant locations which can burden government budgets and inhibit investment in social and economic development.

Indigenous renewable energy resources such as hydropower, wind power, solar power, geothermal power, bioenergy and wave power can reduce these expensive imports and create important business and employment opportunities.

But how should islands go about attracting the investment to put these resources to use? The case studies in this short report are meant to show that a wide variety of islands in different locations and at different levels of development can all attract investment in cost-effective renewable energy resources through a mix of four key ingredients: » Political priority to attract investment

» Market framework for investment

» Technical planning for investment

» Capacity to implement investment

Political priority to attract investment in renewable energy on an island results from a realisation by its people, its utilities and its leaders that it is paying too much money for electricity and renewable power offers a way out. To be credible and have an impact, the political priority must be clearly articulated by ministers and embodied in legislation.

An effective market framework for investment must ensure that the electricity market is open to participation by all types and sizes of players who could profit by installing renewable power facilities. These include incumbent utilities, independent power producers, and building owners. Regulations should make it profitable for utilities to invest in cost-effective renewable power options. They should also make it possible for independent power producers to invest in such options – directly or through power purchase agreements with the utilities. And they should make it profitable for building owners to install photovoltaic power systems through net metering arrangements whereby the value of electricity they provide to the grid is credited to their electric bill.

Technical planning is needed to ensure that investment in renewable power options is consistent with the economic interests of the island and does not impair the reliability of service. Some sort of integrated resource planning should be done to ensure that an optimal mix of energy options is chosen for the island, to minimise costs within the constraints of preserving the environment, promoting public health, and serving other social objectives. And grid stability analysis is needed to ensure that the grid remains stable and service remains reliable as the share of variable renewable generation grows.

Finally, human capacity building is needed for successful incorporation of renewable power options on island power grids. A variety of skills are needed to plan, finance, manage, operate and maintain the power grid effectively, safely, reliably and economically.

Looking at islands in oceans around the world, this report shows how these four factors have combined to create successful settings for renewable power investment. Download PDF

 

 

 

 

 

Thursday, April 24, 2014

Proposed seawater-based air conditioning could benefit farmers

Discharged seawater pumped from the ocean and used for a renewable air conditioning system would overload surface waters with minerals that could potentially be captured instead for use in agriculture, according to a noted oceanographer.

Pumps designed to move thousands of tons of water from the sea floor to a proposed Honolulu air-conditioning plant would bring up phosphates located hundreds of feet below the ocean surface, David Karl told an audience of scientists, ocean-policy experts, and students on March 13 at the Smithsonian National Museum of Natural History in Washington, D.C.

When phosphate-rich water is discharged, the sudden availability of the nutrient at the ocean surface is known to cause rapid growth and reproduction of phytoplankton, which can change water transparency and color, and impact marine ecosystems. But instead of being discharged into the ocean, the mineral could be extracted and used as fertilizer by local farmers, Karl said.

“Development of a marine-based, phosphate-capture and reuse process is a major contemporary challenge for science, society, and sustainability,” said Karl, who is a professor of oceanography at the University of Hawaii at Manoa, in Honolulu. He discussed the plant during his 2014 Roger Revelle Commemorative Lecture as an example of solving a sustainability challenge using oceanographic research.

Farmers around the world are facing an impending shortage of terrestrial phosphate, which is mainly used as an agricultural fertilizer, Karl noted. However, the ocean is a rich reservoir of dissolved phosphate. Marine microbes, such as phytoplankton, take in phosphorus and then sink to the depths when they die. As a result, deeper ocean water contains phosphate in higher concentrations than surface water. The only difficulty is finding a method to access the low-lying phosphate and then concentrate it into mineral form, Karl said.

The proposed seawater air conditioning plant could be a test bed for solving the looming phosphate shortage and making seawater-based air-conditioning more environmentally friendly, he added. Unlike conventional air conditioning, the proposed plant could help Honolulu use less fossil fuel and conserve fresh water by recycling it within the system, Karl said.

Cold seawater drawn from more than 1,700 feet below sea level would be used to cool freshwater at the plant. The system would then pump the low-temperature freshwater into city buildings with existing chilled-water air-conditioning systems. Meanwhile, it would return used seawater to the ocean.

Karl said that his early field research has shown that removing phosphate from the seawater used in such a plant before discharging the effluent would prevent phytoplankton blooms.

The chief science adviser of Ocean Thermal Energy Conversion, a company contributing part of the cooling technology for the Honolulu plant, downplayed ecological concerns from discharging the plant’s used seawater. The plant would discard it through a diffuser system offshore and in deep water so as not to greatly affect surface waters or coral communities, said Stephen Oney, in a separate interview.

Karl gave his talk as the latest in a long-standing series of lectures in honor of famed oceanographer Roger Revelle, and created by the Ocean Studies Board of the National Research Council. The series focuses on the connection between ocean sciences and public policy. Revelle served as president for AGU’s Ocean Sciences section from 1956 until 1959. More

 

Friday, April 4, 2014

Ban praises small islands’ commitment to address climate change

2 April 2014 – United Nations Secretary-General Ban Ki-moon today praised the commitment by small islands in the Pacific to low-carbon development and urged them to continue their ambitious efforts to combat climate change and spur other nations to come to a binding agreement on this issue next year.

Kiribati

“Because you are on the front lines, you know that we are at a pivotal moment and that more needs to be done. You know that the world’s appetite for energy continues to grow, and the global thermostat continues to rise,” Mr. Ban said in his message to the Pacific launch of the UN Decade of Sustainable Energy for All, which took place in Fiji.

While Mr. Ban noted that small island nations face special challenges, such as rising sea levels, restricted markets and high energy prices due to their remote location, he also highlighted successful initiatives that are helping these countries achieve sustainable development.

“The Pacific Islands are demonstrating real global leadership in our shared efforts to make a much-needed transition to a new era in energy use and production,” he said. “Tokelau has become the first territory in the world to generate 100 per cent of its power from renewable energy, while our host, the government of Fiji, is demonstrating its commitment to support sustainable energy for all through concrete actions. These and other efforts are helping to point the way to a sustainable future.”

The period from 2014 to 2024 has been declared by the UN General Assembly as the Decade for Sustainable Energy for All and two years ago, Mr. Ban launched his Sustainable Energy for All initiative, which seeks to achieve three inter-linked goals by 2030: universal access to modern energy, doubling energy efficiency, and doubling the share of renewable energy, thus providing services such as lighting, clean cooking and mechanical power in developing countries, as well as improved energy efficiency, especially in the world’s highest-energy consuming countries.

“There are climate solutions with a demonstrated track record of success. They are feasible, affordable and they can bring economic opportunity that supports our sustainable development goals,” the UN chief said in his message, delivered by the Under-Secretary-General and High Representative for the Least Developed Countries, Landlocked Developing Countries and Small Island Developing States, Gyan Chandra Acharya.

“I therefore urge your Governments to continue to be ambitious as we move forward with the UN Framework Convention on Climate Change process. Member States must deliver a global and legally binding agreement by 2015. Sustainable energy is also a central issue in discussions on the post-2015 development agenda.”

Mr. Ban stressed that the leadership of small island developing states will be crucial to advance on this issue and urged these nations to ensure that their voices are heard “loudly and clearly” at the Sustainable Energy for All Forum in June and at the climate summit in September. More

 

Sunday, February 16, 2014

Richard Branson Wants Caribbean Islands to Swap Diesel for Renewables

Dirty diesel is the most common form of electricity generation throughout Caribbean island nations, but that will change if billionaire Richard Branson has anything to do with it.

Branson is using his private island in the British Virgin Islands, Necker Island, as a test bed for a microgrid that will run on renewable generation. The project on Necker, which is supported by NRG Energy, is not just an exercise in bringing renewables to the region at any cost. It aims to make renewables affordable to island economies.

“What we’ve learned in the renewable world is everyone wants to save the world,” David Crane, NRG’s chief executive, told The New York Times. “But very few people want to pay more for energy.” The average price of electricity in the Caribbean is about four times higher than it is in the mainland United States.

The push for clean energy is the core mission of the Ten Island Renewable Challenge led by the Carbon War Room, a nonprofit founded by Branson. The problem for most islands is that the upfront cost of renewable technology and storage is relatively expensive given that most island nations have small populations. Because the projects are relatively small, compared to projects in the US or Europe, it can be difficult to get financing.

At the same time, however, islands across the globe depend on diesel, which makes electricity incredibly expensive compared to regions that rely on other fossil fuels such as coal or natural gas. Hawaii, for example, has the highest electricity rates in the United States, about double the price of the next closest state.

Branson's challenge in the Caribbean already has the support of Aruba, British Virgin Islands, St. Lucia, and Turks and Caicos. Aruba, for example, already has a wind farm and is planning more.

Other islands are looking at solar, wind, LED lighting for municipal applications, waste-to-energy, and geothermal. For years, Barbados has been toying with the idea of using a special breed of sugar cane for co-generation, but has yet to invest in a large-scale project. Late last year, Puerto Rico mandated energy storage to go with wind and solar projects on the island, which could be a model for other islands if it is successful.

On the 74-acre Necker Island, the microgrid will combine wind, solar, and batteries that can support about 80 percent of the island’s energy requirements. On small islands, like Necker, microgrids may seem like a natural solution, but cost remains an issue if they are powered by renewables.

Although the cost of renewables have come down, and might be competitive with expensive diesel power, intermittent renewable energy requires expensive storage and sophisticated controls to balance grid conditions on that small of a scale.

Branson has the will and the deep pockets to invest in such a project, but the results will have to be replicable at a price that non-billionaire utility customers can afford on other islands.

Some of the solutions may be in attractive financing, rather than in proving the technology. In some places, subsidies for diesel make it more affordable and if those are ended, renewables look more attractive. Short-term tax benefits for renewables can also help to get projects off the ground. The Carbon War Room said it would help islands with assistance in attracting project engineers and financiers.

“There’s tens of thousands of islands burning diesel fuel that’s really destroying their economies because it’s so expensive,” Crane told the The New York Times.

Branson is hoping for quick results, and not just on Necker Island. "We're hoping to get a number of islands to sign up to get as carbon-neutral as they can over the next few years," Branson told Phys.org. “Immediately afterwards,” he wrote in a blog post, “we want to head to the Pacific Islands and implement everything we will have learned.” More

 

Tuesday, January 28, 2014

Utilities Feeling Rooftop Solar Heat Start Fighting Back

If you wonder why America’s utilities are rattled by the explosive growth in rooftop solar -- and are pushing back -- William Walker has a story for you.

Ewa Beach Oahu.

A flip-flop wearing Walker stands in his driveway pointing to a ubiquitous neighborhood feature – solar panels on the roofs of five of six houses nearby. He lives in Ewa Beach, a development on the sultry leeward coast of the Hawaiian island of Oahu built on land cleared of sugar cane fields.

Shade is scarce and residents here call their homes “hot boxes,” requiring almost round-the-clock air conditioning. Hawaii, which imports pricey oil to power its electricity grid, has the highest utility rates in the nation -- at 37 cents a kilowatt-hour, they’re more than double California and triple the national average.

With bills for 1,600 square foot houses like these running as high as $400 a month, solar is seen as less a green statement than an economic no-brainer given state and federal tax credits for as much as 65 percent of installation costs. Almost every day since Walker and his wife Mi Chong moved in last April, solar installers came rapping on the door, hawking a rooftop system.

They finally bought one: an 18-panel, $35,000 installation producing 5.9 kilowatts of power financed for $305 a month. It would be connected to the grid under a system known as net metering that essentially lets residents deduct the value of their solar-produced electricity from their power bill and even be paid for electricity in excess of that.

Paying for Itself

Walker estimates his bill would have dropped most months to an $18 service charge -- offsetting that $305 loan payment. Anticipating his power bills would continue to rise, he figured the system could pay for itself in as little as five years; his electricity after that would be free.

That is until his utility, a subsidiary of Honolulu-based Hawaiian Electric Industries Inc., told the Walkers they couldn’t connect their system to the grid. They aren’t alone. Solar installers here estimate that hundreds if not thousands of the state’s residents are being put in solar limbo by a virtual moratorium on new connections in many parts of the company’s service area.

America's Power Machine

The reason, according to the Hawaiian Electric Co.: so many Hawaiians are stampeding to solar that circuits may become oversaturated, causing voltage spikes, damaging appliances, electronics and even the utility’s equipment. The company needs more time to study the matter.

The Walkers, who say they got no advance notice of the shutdown, are now paying both their power bill and their monthly rooftop loan. HECO, as the utility is known, recently told them they will eventually be allowed to join the grid without having to pay for expensive equipment upgrades. It still can’t say when.

‘Profit Motivation’

“Everyone is on board with getting solar and HECO has now put up a wall,” Walker said. “The only thing we can see is profit motivation.”

Spurred by a drop in panel prices, robust government subsidies and a technology that no longer appears experimental to mainstream America, rooftop photovoltaic solar is bursting out everywhere. About 200,000 U.S. homes and businesses added rooftop solar in the past two years alone – about 3 gigawatts of power and enough to replace four or five conventionally-sized coal plants.

The U.S. set a single-quarter record with 31,000 residential rooftop installations in the three months through Sept. 30. Solar represented 72 percent of all power added in the U.S. in October.

Connection Slowdown

Utilities, seeing a threat to about $360 billion a year in power sales and a challenge to the hegemony of the conventional grid, are feeling the heat and fighting back. HECO, despite criticism from Hawaii’s solar industry, denies the moratorium is anything more than an honest effort to address the technical challenges of integrating the solar flooding onto its grid.

The slowdown comes in a state where 9 percent of the utility’s residential customers on Oahu are already generating most of their power from the sun and where connections have doubled yearly since 2008.

In California, where solar already powers the equivalent of 626,000 homes, utilities continue to aggressively push for grid fees that would add about $120 a year to rooftop users’ bills and, solar advocates say, slow down solar adoptions.

Similar skirmishes have broken out in as many as a dozen of the 43 states that have adopted net-metering policies as part of their push to promote renewable energy. In Colorado, Xcel Energy Inc. has proposed cutting the payments it makes for excess power generated by customers by about half, because it says higher payouts result in an unfair subsidy to solar users.

Arizona Protesters

It faces a fight from solar advocates who are circulating a petition that has attracted 30,000 signers.

In Arizona, 1,000 protesters last month swarmed the state capital while local and national solar advocates lobbied against an effort by utility Arizona Public Service to impose a $50 monthly fee on new solar adopters. Solar advocates said the charge would have crippled the state’s 10,000-worker solar industry and thwarted the desire of residents to have a choice in the power consumption.

State regulators, after two days of often contentious debate, voted to allow the state’s largest utility to charge customers about $4.90 a month for solar connections after Dec. 31 -- less than 10 percent of what it was asking for.

Falling Short

Don Brandt, chief executive officer of APS and its parent company Pinnacle West Capital Corp., panned the deal, saying that while it nods to the impact that net metering is having on utility operations and revenues, it “falls well short of protecting the interests of the 1 million residential customers who do not have solar panels.”

Lyndon Rive, CEO of SolarCity Corp., said it was “crazy for a utility to charge for services they didn’t deliver.

‘‘Why not tax energy efficient homes, or small homes that consume less than average?’’ said Rive, whose company is the nation’s second-largest rooftop solar installer. ‘‘APS just doesn’t want to lose control.” More

 

Wednesday, September 26, 2012

Small islands push for new energy

Most islands are well endowed with one or more renewable energy source — rivers, waterfalls, wind, sunshine, biomass, wave power, geothermal deposits — yet virtually all remain heavily or entirely reliant on imported fossil fuels to produce electricity and power transport.

With rising oil prices, fuel import bills now represent up to 20 percent of annual imports of 34 of the 38 small island developing states (SIDS), between 5 percent to 20 percent of their Gross Domestic Product — and even up to 15 percent of the total import bills of many of the European Union’s 286 islands.

Action advocated under “The Malta Communiqué On Accelerating Renewable Energy Uptake For Islands” adopted by a 50-nation two-day conference that ended here last week will hopefully slash, in some cases eliminate, reliance on fossil fuels and related pollution, while increasing energy security, employment as well as economic and social wellbeing.

“The Renewables and Islands Global Summit” in Malta was co-hosted by the 100-nation International Renewable Energy Agency (IRENA) based in Abu Dhabi and by the government of Malta — a 316 sq km Mediterranean island republic of 410,000 inhabitants, and EU’s smallest member state.

The Malta Communiqué On Accelerating Renewable Energy Uptake For Islands will hopefully help slash or eliminate reliance on fossil fuels, while increasing energy security, employment as well as economic and social wellbeing.

The meeting represents a key milestone in IRENA’s initiative on renewables and islands launched by its governing council last January, as well as a follow-up to the Rio+20 conference in June and the “Achieving Sustainable Energy for All in Small Island Developing States” ministerial meeting in Barbados in May.

The communiqué invites IRENA to establish a global renewable energy islands network (GREIN) as a platform for sharing knowledge, best practice, challenges and lessons learnt while seeking innovative solutions.

GREIN will also help assess country potential, build capacity, formulate business cases for renewables deployment involving the private sector and civil society while identifying available finance as well as new ideas for innovative financing mechanisms.

In addition, the network will develop methodologies for integrating renewables into sustainable tourism, water management, transport, and other industries and services.

IRENA’s Kenyan director-general Adnan Amin told the 120 delegates that “we have confirmed the enormous potential for renewables in small island developing states as well as for developed island countries, not to mention coastal countries with remote, energy-deprived islands of their own. Ambitious policy targets appear increasingly attainable because of great strides forward in technology and cost-effectiveness.

“We are laying the groundwork for a business council to bring investors — from major energy companies to innovative SMEs (small- and medium-sized enterprises) and also financial institutions — into the discussion,” Amin added. “Academics and NGOs can also contribute to the search for practical solutions. Developed island states can do much by sharing their experience with small-island developing states that face broadly similar challenges.”

Representatives (including 15 ministers) from 26 developing Pacific, Caribbean and African developing island nations and from coastal developing states with islands reported a wide range of renewables deployment, from detailed long-term plans and ongoing activities to reach up to 100 percent renewables, to admissions of very low deployment and no firm goals or plans yet. More

 

Monday, September 17, 2012

Small Islands Push for New Energy

ST. JULIAN’S, Malta, Sep 14 2012 (IPS) - Most islands are well endowed with one or more renewable energy source – rivers, waterfalls, wind, sunshine, biomass, wave power, geothermal deposits – yet virtually all remain heavily or entirely reliant on imported fossil fuels to produce electricity and power transport.

With rising oil prices, fuel import bills now represent up to 20 percent of annual imports of 34 of the 38 small island developing states (SIDS), between 5 percent to 20 percent of their Gross Domestic Product – and even up to 15 percent of the total import bills of many of the European Union’s 286 islands.

Action advocated under ‘The Malta Communiqué On Accelerating Renewable Energy Uptake For Islands’ adopted by a 50-nation two-day conference that ended here last week will hopefully slash, in some cases eliminate, reliance on fossils and related pollution, while increasing energy security, employment as well as economic and social wellbeing.

‘The Renewables and Islands Global Summit’ in Malta was co-hosted by the 100-nation International Renewable Energy Agency (IRENA) based in Abu Dhabi and by the government of Malta – a 316 sq km Mediterranean island republic of 410,000 inhabitants, and EU’s smallest member state.

With rising oil prices, fuel import bills now represent up to 20 percent of annual imports of 34 of the 38 small island developing states (SIDS),

The meeting represents a key milestone in IRENA’s initiative on renewables and islands launched by its governing council last January, as well as a follow-up to the Rio+20 conference in June and the ‘achieving sustainable energy for all in Small Island Developing States’ ministerial meeting in Barbados in May.

The communiqué invites IRENA to establish a global renewable energy islands network (GREIN) as a platform for sharing knowledge, best practice, challenges and lessons learnt while seeking innovative solutions.

GREIN will also help assess country potential, build capacity, formulate business cases for renewables deployment involving the private sector and civil society while identifying available finance as well as new ideas for innovative financing mechanisms.

In addition, the network will develop methodologies for integrating renewables into sustainable tourism, water management, transport, and other industries and services.

IRENA’s Kenyan director-general Adnan Amin told the 120 delegates that “we have confirmed the enormous potential for renewables in small island developing states as well as for developed island countries, not to mention coastal countries with remote, energy-deprived islands of their own. Ambitious policy targets appear increasingly attainable because of great strides forward in technology and cost-effectiveness.

“We are laying the groundwork for a business council to bring investors – from major energy companies to innovative SMEs (small and medium-sized enterprises) and also financial institutions – into the discussion,” Amin added. “Academics and NGOs can also contribute to the search for practical solutions. Developed island states can do much by sharing their experience with small-island developing states that face broadly similar challenges.”

Representatives (including 15 ministers) from 26 developing Pacific, Caribbean and African developing island nations and from coastal developing states with islands reported a wide range of renewables deployment, from detailed long-term plans and ongoing activities to reach up to 100 percent renewables, to admissions of very low deployment and no firm goals or plans yet.

West African Cape Verde, a 10-island 4,033 sq km archipelago with 491,000 inhabitants, has started working towards 100 percent, then possibly 300 percent renewables, according to José Brito, senior adviser to Cape Verde’s Prime Minister, José Maria Neves. Surplus energy remaining from meeting domestic needs (including seawater desalination) could either be stored or exported, Brito said. Cape Verde aims to become a renewables training hub for Africa.

Dominica in the East Caribbean (71,000 inhabitants, 754 sq km) could also become a net energy exporter, Crispin Grégoire, its former ambassador to the UN and now a United Nations Development Programme (UNDP) official in charge of Caribbean issues told IPS.

“With 325 rivers and mountainous terrain, we have huge hydroelectric potential. Moreover, Iceland and the EU are helping assess our extensive geothermal resources. We could export surplus electricity by interconnector seabed cable to Guadelupe and Martinique, each just 60 km away. We could also attract high-tech industries to use our surplus power.” More

 

Friday, May 11, 2012

SIDS conference adopts the Barbados Declaration

BRIDGETOWN, Barbados, Friday May 11, 2012 – The Barbados-hosted Achieving Sustainable Energy for All in Small Island Developing States Conference has concluded with the adoption of the "Barbados Declaration" addressing universal access to modern and affordable renewable energy services while protecting environment, ending poverty and creating new opportunities for economic growth.

Adopted just weeks before the UN Conference on Sustainable Development “Rio+20”, the declaration includes an annex with voluntary commitments of 20 Small Island Developing States (SIDS) to take actions toward providing universal access to energy, switching to renewable energy and reducing dependence on fossil fuels.

Barbados announced its plan to increase the share of renewable energy in that country to 29 percent of all electricity consumption by 2029.

"By 2029 we expect that total electricity costs would have been cut by US$283.5 million and CO2 emissions would have been reduced by 4.5 million tons," said Prime Minister Freundel Stuart. "We also envisage an overall 22 percent reduction in projected electricity consumption based on the use of energy efficiency measures."

Actions pledged by other small developing island states include Maldives’ commitment to achieve carbon neutrality in the energy sector by the year 2020; Marshall Island’s aim to electrify all urban households and 95 percent of rural outer atoll households by 2015; Mauritius’ commitment to increasing the share of renewable energy - including solar power, wind energy, hydroelectric power, bagasse and landfill gas - to 35 percent or more by 2025, and Seychelles’ commitment to produce 15 percent of energy supply from renewable energy by 2030. More

 

Sunday, April 8, 2012

Choking on Rising Fuel Costs for Electricity, Barbados Launches Multiple Source-Multiple Use Renewable Energy Plan

Another sign of the rapidly changing (for the better) energy landscape: the southeastern Caribbean island nation of Barbados is taking an integrated, multiple source-multiple use approach as it launches a program to shift away from its almost total reliance on imported fossil fuel imports to clean, homegrown renewable sources for electricity generation and other uses.

The Barbadian cabinet on April 5 approved the US$188.5 million Mangrove Pond Green Energy Complex, according to a Caribbean Journal report. The complex is to include solar power and wind power facilities, a new Mechanical Maintenance Facility, a Waste-to-Energy Facility, and a Landfill Gas Management System.

In total, the Barbadian government expects the Mangrove Pond Green Energy Complex to produce more than 25 MW of clean electrical power that can be sold on to the island nation’s grid, reducing dependence on fossil fuels and helping reduce greenhouse gas emissions.

Barbados relies almost entirely (96%) on fuel oil and diesel to generate electricity; 90% of it imported. That’s comparable to what the island nation spends on education. Barbados’s bill for oil imports in 2009 and 2010 totaled some $230 million, which amounts to nearly 6% of national GDP, about what it spends on education, Senator Darcy Boyce was quoted as saying in a Barbados Today article.

Barbados’s Sustainable Energy Framework

The government intends to reduce Barbados’s oil import bill significantly, Boyce, who heads the Prime Minister’s Energy Office, told attendees gathered for the launch of the Energy Efficiency Awareness Programme of the Sustainable Energy Framework for Barbados Pilot Project.

The aim of the Sustainable Energy Framework for Barbados Pilot Project is to reduce fossil fuel use by some 30% by bringing renewable energy resources online, and to reduce electricity demand by over 21% by implementing energy efficiency measures and technologies over a 20-year period. TheInter-American Development Bank (IADB) is contributing $1 million in investment grants and loans through the World Bank Group’s Global Environment Facility (GEF).

Rising global market prices for crude oil and derivatives have been rising consistently for several years, putting greater financial pressure on local businesses and residents alike. The direct effect rising fuel costs have on ratepayers’ pocketbooks and businesses’ operating budgets is compounded by the indirect effects, as they flow through into prices of all imports and are passed on to consumers. More