We talked, wrote, and chatted until we were tired about energy and its various topics. From generation with its various sources, transmission, losses and efficient technologies, to distribution and consumption in industries, homes and electric vehicles. They are current topics that change day by day, not fixed concepts.
We’re starting with the horse and buggy, then we’ll move on to fossil fuel vehicles, we’ll be ramping up the use of electric vehicles and soon we’ll have a fleet transporting hydrogen. Technology will advance in a way that makes it more accessible to wider segments of society and at lower costs. But this step would be reasonable and responsible. We won’t stop using oil or gas overnight, but technology will advance to the point where it becomes cheaper to use renewable energy sources to produce new, more powerful and efficient engines.
Of course I stress that I have never been a green fundamentalist, so I have always advocated the use of fossils, rationally, and the absolute push for renewable energy sources with the use of natural gas as a transitional stage, so I always rely on this concept of taking advantage of energy in all its sources but always improving Forms of generation, transmission, access and care of the ecological environment.
With this, it is necessary to emphasize the importance of the electrification of the transport sector, but it is also important to see other aspects of society, not just industries, commerce and homes, specifically we are referring to connection Electrification and construction are inseparable.
So he swore Sustainable construction It has a lot to do with the new paradigm of community electrification, and that means building buildings with the right orientation, sustainable building materials and passive design techniques to maximize energy efficiency, make the most of natural light and reduce the need for heating and cooling.
In construction, municipal governance must be completely friendly regarding Energy efficiency This means incorporating efficient insulation systems, double or triple glazed windows and advanced building techniques to reduce energy loss; And certainly these constructions should be Integrating renewable energy sources such as rooftop solar panels, Solar thermal systems for hot water, and wind energy systems in buildings where possible.
Hand in hand with the electrification of society is Home Automation: Using systems, for example, to monitor and control energy consumption in real time, and automatically adjust lighting, heating and cooling according to user needs and preferences; This means extensive use of Lighting valve Shining: High efficiency throughout the building to reduce electricity consumption in lighting.
All previous concepts are supported through use Renewable energy (solar energy, wind energy, hydroelectric energy, geothermal energy), are long-term sustainable sources that can reduce dependence on fossil fuels, which are a major source of greenhouse gas emissions; But without excluding natural gas as a bridge between fossils and renewable energy sources.
Home and building automation has to do with education and awareness: Educating residents about the importance of energy conservation and how to do so in their daily lives; This has to do with: a) Policies and regulations: Implementing government policies that promote energy efficiency and the use of renewable energy. I stress that it must include tax incentives for the adoption of clean technologies, energy efficiency standards for products and buildings, and the establishment of carbon markets; B) Investing in research and development in innovative energy technologies that can reduce electricity consumption and make power generation cleaner and more efficient; c) Obviously developing Smart infrastructure: That enable more efficient energy management, such as smart electrical grids that improve electricity distribution and integration of energy storage systems.
Well, today will be, I will tell you more topics related to the sector.
@BorisSGomezU
