| dc.description.abstract | With the progress of the times, human beings use a large amount of non-renewable energy. Not only will face a period of energy exhaustion, but also produce a lot of harmful gases during the consumption process. This makes the global warming more serious. In recent years, although many countries have clearly stipulated many conventions, their effects have not been significantly improved. Therefore, sustainable development is still the goal of all countries. Under this trend, Taiwan has also begun to appeal to government, private sector, and own to use renewable energy. Wind energy and solar energy are main renewable energy developments in Taiwan. The government has promoted solar photovoltaics since 2000, and government power purchases in 2010. After the institutional mechanism, the installation volume began to grow significantly. The target was set at 2025 for a cumulative installed capacity of 20GW, of which the roof-type solar photovoltaic target was 6GW, and the ground-type solar photovoltaic power including the water area was 14GW. In addition to increasing the erection area under such a plan. This research will introduce a new technology called ligh-tweight photovoltaic module to be applied to campus. Use its special waveguide encapsulation material to increase its power generation and bring more added value to minimize the environmental threat caused by erection. It also hopes to use a complete process for construction planning to bring Taiwan′s self-sufficient energy demand.
The purpose of this research is to take a campus as an example to plan a set of solar module construction processes that are in line with Taiwan. Use mathematical programming in the process to find the lowest cost of using 100％ green energy. Discuss the right times for owners to invest in the solar energy industry. In order to achieve the goal of fully using solar energy, the number of solar panels and energy storage equipment is relatively large. There are restrictions on the usable area, so there will be surplus electricity sold to Taiwan Power Company in the limited resources. After finding the optimal construction quantity, a sensitivity analysis was carried out based on the electricity price and carbon tax to be paid for using Taiwan Power, as well as the carbon tax and the cost of solar modules. The results show that when the market price is not reached, it is cheaper to use solar power to increase the electricity price by 10％ and the carbon tax by 80％, or increase the electricity price by 70％ and the carbon tax by 20％. However, in the context of adjusting the cost of solar modules and carbon tax, reducing the cost of solar modules by 10％ and increasing the carbon tax by 50％, or reducing solar modules by 20％, using solar power is already a cheap way to generate electricity. According to Bloomberg New Energy Finance′s 2020 New Energy Outlook report, the cost of energy storage devices will decrease year by year. Therefore, the construction process is combined with the results of optimized mathematical models, and the market price changes are used to determine the timing of investment. You can save your own electricity costs, and also bring a friendlier environmental protection to the earth. | en_US |