Renewable Energy Resources In Thaille Essay

In addition to fuel crops, Hawaii also has abundant resources for biomass heating. During their research Turn et al. (2002, 4) found that the biomass resources for Hawaii include: swine, dairy, and poultry manure, sugarcane bagasse and trash, pineapple processing waste, macadamia nut shells, municipal solid wastes, food waste from commercial food preparation facilities, sewage sludge, and fat, oil and grease wastes from food preparation activities. One of the main advantages is that biomass energy can use municipal solid waste. Hawaii also produces about 10 pounds of trash per person coming to about 1.8 million tons of trash per year (Yap 2008). Hawaii has a power plant that can use over 2,000 tons of garbage a day to generate electricity (Covanta Energy 2011). Hawaii has decided to start exporting its garbage to give it enough time to expand the power plant’s capacity (Yap 2008). Smaller scale biomass fueled power generation can help get rid of agricultural and municipal refuse, while alleviating the strain on the electricity grid and providing a cheap locally based source of electricity (Turn, Keffer, and Staackmann 2002, 17). If Hawaii develops biomass as a renewable resource, it can reduce the need to import petroleum and export garbage.

The supply of energy in developed nations seems abundant and endless, making it a commodity that is often taken for granted. However, in developing countries, people do not have the luxury to waste energy, as it can be a struggle for it to last an entire day. For instance - in Lebanon, there are daily blackouts because not enough electricity is produced to meet the demand. A temporary fix during these blackouts are diesel generators but a permanent solution is still needed [5]. Renewable energy must be the long term and sustainable solution. Like most developing countries, Lebanon has expressed interest in having their own renewable energy source, but the country cannot afford the initial startup and maintenance. Therefore, Lebanon and other developing nations continue to rely on non-renewable energies such as fossil fuels as their sources of energy. However, this has become an increasingly important issue as those sources continue to deplete rapidly.

The year is 2200. The world is going through a fossil fuel shortage. Oil reserves are almost completely consumed and it is becoming impossible to find new fossil fuel sources. Not prepared for this event to occur, The United States, has no alternative options. As a result of the oil shortage, the standard of living deteriorates. Heat in homes, supermarkets full of food, and transportation, all basic necessities taken for granted, will be depleted because fossil fuels are used to power almost everything. The key to the prevention of this future is renewable energy. Unfortunately the support for the use of renewable energy is weak and ineffective. Unless the US puts forth effort to research and promote the use of renewable energy to

New renewables (small hydro, modern biomass, wind, solar, geothermal, and biofuels) account for another 3% and are growing rapidly.[5] At the national level, at least 30 nations around the world already have renewable energy contributing more than 20% of energy supply. National renewable energy markets are projected to continue to grow strongly in the coming decade and beyond.[6] Wind power, for example, is growing at the rate of 30% annually, with a worldwide installed capacity of 282,482 megawatts (MW) at the end of 2012.

“Africa’s energy sector is vital to its future development and yet remains one of the most poorly understood areas within the global energy system” (IEA, 2014). Ghana is often considered the beacon in Sub-Saharan Africa with its thriving economy as well as having a relatively stable energy supply. Having predominately three main energy sources (petroleum, hydropower and biomass), biomass is the largest source composing 69% of the energy mix ( ).

These indicates, Malaysia can reduce the rate of pollution in the country very fast since rich with a blend of energies such as solar and hydro. Since Malaysia is right on the equator line, it has a stable climate through the year. Renewable energy ideas such as solar and hydro can easily carried out in our country since the weather is hot and humid through the year. Researches stating that 75 percentage of sun ray still can penetrate through cloud on cloudy weather (Eco-Friendly-Emporium 2008). Based on the above reasons, climate friendly renewable energy will be very beneficial to the environment and weather of a country that lead to harmony

ABSTRACT: Man in his lifetime, uses energy in one form or the other. In fact whatever happens in nature, results, out of the conversion of energy in one form or the other? The extensive usage of energy has resulted in an energy crisis, and there is a need to develop methods of optimal utilization, which will not only ease the crisis but also preserve the environment. Several renewable energy resources like solar energy and wind energy etc. are being used to obtain electricity. But these systems are expensive and also have low efficiency. Another major disadvantage is that these systems cannot be installed everywhere as each of them

According to Thailand Ministry of Energy, Department of Alternative Energy Development and Efficiency(2015), Thailand as a whole has great solar potential, especially central and northeastern area. Wilcox (2012) showed that solar power in Thailand was targeted to reach 95 MW by 2016 and 500 MW by 2022. Therefore, we plan to expand solar energy market for further development in Thailand.

The net production in 2009 was around 198GW.In 2010 another 38GW was added.Offshore development,community-based projects,small-scale grid connected turbines and construction of wind farms on various locations trends continued.Turbine sizes increased in 2010.Some manufacturers launched 5MW and larger machines and direct-drive turbines captured significant portions of the market.

Target 7.1: Dimensions can be created to track the progress of this target however, they are difficult to quantify. This is due to the fact that the metrics which can be created to measure this target depend on what the key elements of the target (such as universal, affordable, reliable, and modern) are agreed to be defined as. What is considered to be affordable/reliable/modern can be subjective especially in a global context. Therefore, the dimensions can be measured, however the target itself is not truly measurable.

Being the fourth most populated country in the world, the largest Southeast Asian economy, the seventh highest emitter in GHG in 2011, and an archipelago with its capital city currently situated below sea level (Jafari, Othman & Nor, 2012; Gunningham, 2013), Indonesia has particularly strong incentives to heavily invest in RETs due to its vulnerability to climate change. Consequently, Indonesia became the first large developing country to sanction the Kyoto Protocol and in 2009, implemented an ambitious policy of reducing GHG emissions by 25-41% by 2020 through energy diversification from non-renewable sources with international support (ITA, 2010; Jafari, Othman & Nor, 2012). This paper will aim to examine how Indonesia’s energy policy may be achieved by first, seeking to examine Indonesia’s current energy profile; second, explore existing opportunities for increased RE generation; and third, analyze barriers for shifting towards RE while suggesting measures to overcome these barriers.

The world has relied on the same sources of fuels and delivery systems for at least the past one hundred years. Since the turn of the Industrial Revolution, the world has been dependent on coal, oil, and other natural resources. These sources of fuel have worked fine for the world, until now. At the rate it that these fuels are used the world may one day run out of these precious resources. Our society must prepare now to utilize an alternate source for its fuel. The longer the world waits, the harder it will be to replace these fuels before they run out. Four different types of fuels are currently under research. These fuels are hydrogen, natural gas, bio-fuels, and solar energy. Currently under research is a new type of motor, known as

Differently from the INDC, the WWS forecasts the complete turn of Bangladesh to renewable energies by 2050. This program envisions this possibility based on a reliance on multiple sources of energy (Jacobson et al., 2015). While solar energy would have to cover 87.6% of the total energy demanded, wind will provide 11.6% of the energy demanded, while hydroelectric and marine sources will offer the remaining 0.9%. This project is supposed to help the economy of Bangladesh by creating around 211,000 job opportunities, and also by improving energy efficiency (Jacobson et al., 2015). With an improved efficiency, the population will be able to decrease the energy demand and use by 47% by 2050 (Jacobson et al., 2015).

he year 2011 was a milestone year marked by a mutation in the country following the Tunisian revolution of January14,2011.Internationally,it was also marked by soaring hydrocarbons prices significantly[1] affecting the financial balance of energetic activity. Despite these national and international conditions, Tunisia continue the development of its national energy supply with the addition

Then, the development of renewable energy resources in Cambodia has been hampered by the lack of technical knowledge and funds. The development of solar, wind, bio-fuel and biogas in generating electricity seen as the opportunities as the current electricity prices in Cambodia are very high. The government, with international assistance, has installed some 12,000 solar household systems. Attention to maintenance support will be needed to ensure sustainable results. Wind energy, on the other hand, is limited by wind speeds and the weakness of the grid and load system. Wind energy would be commercially viable, as illustrated by a pilot wind turbine project in Sihanoukville. Cambodia’s biomass energy potential is diverse, with large concentrations of agricultural residues. The government’s long-term target of substituting 10% of diesel imports with domestic biodiesel production and 20% of gasoline