![]() It has to take into consideration the energy footprint from construction to operation and maintenance of every element in the life cycle of project. The concept of clean energy exports is tricky. With a development phase of 6-8 years, AREH can power the Pilbara region and generate hydrogen for export to Japan and South Korea. km of land in East Pilbara, WAand is a mix of 15 GW of wind turbines and solar power. Another example of such an energy export project is the Asian Renewable Energy hub ( AREH). Costing over $20 billion, it is at the early stages of design, with commissioning somewhere in the late 2020s. From here, majority of the energy will be exported by means of undersea cables to Singapore. The electricity generated here is first send to the NT grid. Sun Cable Project, AREH and FutureĪfter completion, this will be one of the largest utility-grade solar farms in the planet. The project will also have a battery backupto minimize contingencies and to balance peak demands. The solar PV array is spread over 15,000 hectares and will generate around 3GW of energy that will be exported to singapore via 3,800 kms of HVDC cables. Located at the Tenant Creek in Northern Territory, Sun Cable project will produce one-fifth of the island’s energy requirements. ![]() This is where the concept of Sun Cable project comes into the picture. This puts a pressure on the country’s capacity to uptake solar power on a large scale like Australia or India. With a total land area of 721 sq kilometers, Singapore is at 190th position when it comes to ranking by country’s land mass. The Sun Cable solar project in Northern Territory is such an ambitious undertaking to power singapore through the Australian outbacks.Ĭurrently, 95% of the island nation of Singapore is powered by the expensive liquid natural gas. However, the concept of “energy as export” from the country. That's the correct option in this case is option C.As of 2019, the share of Australia’s renewables is increasing mainly due to the consistent uptake of solar power in the residential and commercial sector. That is approximately equal to 0.76 Has the required probability is approximately equal to 0.76. And we divide that by 850 And 650 divided by 850. So We end up with 472 plus 300 -122, which is 650. And since intersection represents and the number of favorable outcomes will be the number of calls which involved an issue with internet service and was not resolved within 30 minutes. The total number of outcomes is once again 8 50. So if we do that we get 300 and we have P. And we just need to add all of these numbers to get that. Once again the total number of outcomes is 8 50 this time the number of favorable outcomes will be the number of calls not resolved within 30 minutes. ![]() So for that we just need to add these two numbers over here. And if we do that we have 850 And the number of favorable outcomes will be the number of calls which involved an issue with Internet service. So we just need to add all of the numbers in the table over here. Now the total number of outcomes is the total number of Hauls consider. This is the number of favorable outcomes divided by the total number of outcomes. This is because union represents our So using the additional law of probability. So we need to determine the probability of I union. And let us consider end to be the event that the call was Not resolved within 30 minutes. Let us consider I to be the event that a call involved an issue with internet service. We have been given a table which is shown over here And we need to determine the probability that a call to the technical support center involved an issue with Internet service or was not resolved within 30 minutes.
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