World In Crisis

SOLUTION: Create a Smart Grid on Phuket[block]0[/block][block]1[/block] 

Mitsubishi smart grid

PLAN For the Future… a SMART GRID, the holy grail.

some background:

Forget about the U.S., Europe, India and even China: the smart grid market

 is truly global, worth at least $27 billion and potentially $49 billion in emerging countries from Eastern Europe to Latin American to North Africa, according to a new study in 2011 from Northeast Group.

http://www.greentechmedia.com/articles/read/emerging-smart-meter-market-could-be-worth-49b/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+greentechmedia%2Fnews+%28Greentech+Media%3A+News%29

In nearly half of the 25 countries covered in the study, there are already smart grid deployments in the works in the next one to three years. These include Brazil, Bulgaria, the Czech Republic, Hungary, Mexico, Poland, Romania, Singapore, Slovakia, Slovenia, and the United Arab Emirates.

For many of the countries, the drivers for smart meters make for a solid business case. Many have far less reliable grids than the U.S. or Europe, and are far below the reliability of countries like Japan or Korea. Latin America leads the group in distribution loss rate, with an average loss of 16 percent.

Many suffer from high rates of electricity theft, an issue that was a driver for Enel’s early investment in smart metering in Italy. Although there are reliability issues, there is also surging demand for electricity. The average growth rate for the countries is more than four percent in the next few years, with Southeast Asia expected to grow at 5.7 percent, compared to 1.7 percent for North America, Western Europe and Japan.

Brazil is the largest piece of the pie, with targets for about 65 million smart meters to be installed by 2021. Vendors are already jockeying for position in the market, with Echelon, Landis+Gyr, Silver Spring Networks, Itron and Cisco all making inroads and forming local partnerships. Mexico is second in line in the Latin American market, with an estimated 21 million smart meters to be installed by the end of the decade.

As in the U.S., the study conducted by the Northeast Group found that advanced metering is likely to come before other smart grid projects such as distribution automation, substation automation and distributed generation projects. However, in some regions like Latin America, there is already a drive for substation and distribution automation to combat high loss rates.

Also similar to more developed smart grid markets, government mandates are likely to be a key driver for the at least 113 million smart meters mandated to be in place across the 25 countries by 2020. In addition to Brazil’s target of 65 million smart meters, Central and Eastern European countries that are EU members have to meet the EU directive for 2020 that includes higher penetration of renewables, which could also be a driver for smart grid investment in distribution automation if the renewables are distributed.

However, many Eastern European countries are still awaiting decisions about full smart meter directives. In the Czech Republic, for example, pilots that are underway could determine whether there is a national rollout, according to the GTM Research report The Smart Grid in Europe, 2012-2016. Currently, utilities in the Czech Republic are planning on installing one million meters in the coming years. 

The government mandates are not as strong in most of the Middle East for smart grid as they are in countries like Brazil, but the Northeast Group report noted that consumption rates in some Middle Eastern countries are already well above those of Western Europe. As such, the need for more efficient infrastructure and demand management will be key. 

Most of the emerging markets are still in small deployments or pilot stages. But that doesn’t mean that large-scale deployments will not scale up quickly to meet government goals or national growth strategies. “Modernizing the electricity infrastructure will be increasingly important as these economies grow quickly over the next several years,” the authors of the report said in a statement. “We view these 25 countries as representing the next wave of activity worldwide.”

Phuket benefits from a unique environment with tremendous assets such as plentiful sunshine, consistent winds, and reliable ocean currents, waves and tides.

Background…  

http://www.fastcoexist.com/1678589/4-reasons-why-the-smart-grid-has-failed-to-take-off

Islands are the places to go for smart grid projects.  El Hierro, off Spain is a good example. There’s also Malta. And Bornholm, in Denmark, the site of the European Union’s EcoGrid. And now Maui that has started a Smart Grid in 2011.

http://www.mauismartgrid.com/

http://www.fastcoexist.com/1678770/not-just-a-pretty-place-mauis-smart-grid-innovation

SEEK is studying the Phuket of the future. We are on an Island where it is possible to plan to get off the grid quickly using existing technology and existing partnerships, by firstly reducing energy usage, moving to an island of LEDs, simple home and office energy management reduction & education, and the diversification of our energy sources to renewable.

SOLAR POWER:Sunlight sunlight everywhere and not a drop is drunk

WIND POWER: Harnessing Phukets natural energy source

TIDAL POWER: now a legit source of power

Siemens have started Marine Current Turbines, with a 1.2MW operating in northern Ireland since 2008. Offering 2MW turbines with plans to offer same costs of generation as wind by 2020. 

BIOMASS POWER: utilising the waste stream