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Can the State of Tamilnadu, India Transform to Clean Renewable Energy 100% Zero Emissions by 2060?
(2022)
The shrimp sector in Ecuador is the second most important in the country and has begun a process of energy transition through the electrification of its operations, moving from the use of diesel for pumping water and aerating the farming ponds, towards the connection to the electrical grid. This energy transition leads to investments in infrastructure and generates an impact on different variables of the sector, such as its productivity, exports, greenhouse gas emissions, social impacts, among others. This study develops a methodology to analyze the energy transition of the sector through electrification scenarios.
In Chapter 1, an introduction to the study to be carried out and the motivation are presented. Chapter 2 shows a review of the literature on the energy transition and the energy situation of the country and the shrimp farming sector. Chapter 3 establishes the scenario analysis framework, as well as proposes the use of the Energy Transition Index as inspiration to analyze the energy transition of the shrimp farming sector. Chapter 4 indicates the methodology to carry out the specific analysis and evaluation. Chapter 5 develops the nine established dimensions of the energy transition applied to the sector. Chapter 6 highlights the critical findings, and finally, in Chapter 7 the conclusions, recommendations and limitations of the study are provided.
The Central American countries made up of Guatemala, El Salvador, Honduras, Nicaragua, Costa Rica, and Panama have shared a common electrical network for nine years through an agreement called the Electrical Interconnection System for Central American countries (SIEPAC). This regional project has generated many benefits for the consumers of each country since there are agreements and regulations, the establishment of a regional energy market, cost reduction, and incentives for renewable generation. However, SIEPAC's energy matrix has not managed to improve its diversification and has difficulties in accelerating and substantially increasing renewable energy options. The analysis indicates that considering some isolated efforts in the field of electromobility that some countries of the Central American region have carried out, it is feasible to connect or incorporate the topic of electromobility within the SIEPAC system, managing to accelerate the change in the Energy Matrix of the Electrical Interconnection System for Central American countries; Likewise, the challenges that must be overcome in the regulatory framework to materialize the expected benefits of the combined model of renewable energy and electromobility developed in this research are also indicated.