Ideas From Other Students About Electric Vehicle Taxi Servic

Ideas From Other Studentselectric Vehicle Taxi Servicesbymariana Alva

Ideas from other students Electric vehicle taxi services by Mariana Alvarez We can offer the residents of Ashfordton funded taxi service that uses electric vehicles, exclusively. It can be a non-profit organization or state funded service. With it being inexpensive, many residents can enjoy car-pool rides and express lane access all while in an electric vehicle. Fines for overuse of energy by Mariana Alvarez We can establish regulations within the town of Ashfordton that would make residents conserve energy. There can be a certain amount of energy used for a month and if that energy goes up the limit, residents would have to pay a fine.

This idea, I believe will lead to residents not only watching their energy intake but to purchase light bulbs, power strips, energy efficient appliances, etc. Tidal Power by Madelyn Torres Since the city is near an ocean coast using either tidal turbines or a tidal fence can be used to generate energy from the ocean. Assisted Loans for Electric Cars by Madelyn Torres It is possible for banks to offer loans in order to persuade people to switch over to either hybrid or electric cars. Or if there are assisted programs to help as many people to be involved. Similar to the housing idea there could be low-interest rates on these loans in order for more people to be involved.

Ashfordton can offer tax credit or reduced property taxes for life to homes that rebuild to zero energy homes. Local banks could also offer reduced rates for refinancing existing loans with cash out needed to tear down and or remodel to meet the zero energy home model. This would eliminate carbon emissions from older existing homes that are not energy efficient and raise property values in general. hide by Diana Reyes City Electric Transit System by Michael Hatton Use funds to create a fleet of electric-powered transit systems in the city to reduce the number of natural gas emissions in the region around the city. The costs can be subsidized through transit cards which will further encourage the uses of public transportation in urban areas.

Smart Power Strips by Kaylee Boone Placing all electronics on a smart power strip can reduce the waste of energy along with saving money. These can be set to turn off after a specific time instead of possibly forgetting to unplug before bed. Creating Wind Turbine Fields in different areas of Ashfordton. With putting in Wind Turbines it will produce energyand then power plants will burn less fossil fuels. The Wind Turbines can be linked into the electric lines to feed the power they produce to the residents and businesses and this will also lower their cost they pay each month. hide by Bradley Keen A way to conserve energy is to install natural light systems in all buildings that are located in Ashfordton.

Many businesses have light's on during business hours and these businesses cause a substantial amount of wasted energy. The natural light systems during the day time can lower the need to use artificial light. hide by Michael Haler I would recommend that we require that all new homes built or new buildings must be zero energy. Zero energy homes and buildings are air-tight, well insulated, and energy efficient that they produce as much renewable energy as they consume over the course of a year, leaving the occupants with a net zero energy bill, and a carbon-free home or building. This will benefit the environment, lower costs to the owner and provide a healthier family and employee home and working place. hide by Diana Reyes A Sustainable energy source that can be used is hydrokinetic technology.

By placing turbines in the Bridgepoint river, power will be produced from the natural current of the river turning turbines that are connected to generators and these generators will produce power for the city. by Michael Haler I would start with placing solar panels on all residences. The solar panels will produce energy that can run the residence. In some instances, if they are over producing energy it can be feed back to the electric companies. When the energy is feeding back to the electric company the electric company would be paying that resident for the power it is producing. By placing the solar panels on the residences, it will be a way to reduce what they pay and save them money as well as make money off their energy they are selling back. hide by Bradley Keen Hydroelectric Power by Michael Hatton Have funds distributed into building a hydroelectric powerplant along a portion of the Bridgepoint river while leaving an area undisturbed for wildlife and relief flow.

This source of power is generated from turbines moved by falling water and functions like a gateway. This will impede the natural flow of water minimally and provide a constant source of renewable energy for city and household infrastructure in order to reduce the uses of natural gas. Conserve hot water by Kaylee Boone When each resident takes the small steps to conserve the use of natural gas, these steps include turning down the temperature of the water heater, along with using low-flow showerheads and faucet. Minimize Driving by Michelle Wilsey Walk, ride a bike, or try to carpool as often as possible. Also, consider purchasing an electric car.

This will help reduce the carbon footprint. Solar Panels by Michelle Wilsey Solar panels are great for reducing the energy that we use. They help with all the footprints and once installed don't require a lot to maintain.

Paper For Above instruction

As communities strive to address the urgent challenges of climate change and environmental sustainability, innovative and practical ideas have emerged from student perspectives. These ideas encompass a broad range of strategies, from utilizing renewable energy sources to promoting energy efficiency in transportation, buildings, and everyday household practices. This paper explores these ideas, emphasizing their potential impact on reducing carbon footprints and fostering sustainable development within community settings.

Electric Vehicle and Transportation Initiatives

One prominent area of focus is transforming urban transportation through electric vehicle (EV) initiatives. Mariana Alvarez's proposal to establish electric vehicle taxi services in Ashfordton exemplifies a practical approach to reducing emissions from the transportation sector. By offering a funded, possibly non-profit, taxi service exclusively using electric vehicles, residents can benefit from affordable transport options that also promote clean energy. Furthermore, subsidized transit systems, as suggested by Michael Hatton, can be scaled to develop a city-wide electric transit fleet, significantly decreasing reliance on fossil fuels and lowering urban air pollution. These efforts promote cleaner mobility, reduce greenhouse gases, and set a precedent for city-wide environmental responsibility.

Energy Conservation and Efficiency

Energy conservation strategies play a pivotal role in reducing overall energy consumption. Kaylee Boone and Michael Haler emphasize integrating smart power strips and natural lighting to mitigate unnecessary energy usage. Smart power strips can be programmed to turn off automatically, preventing energy waste from idle electronics during off-hours. Simultaneously, installing natural light systems in commercial and residential buildings can reduce artificial lighting needs, which constitutes a substantial energy drain during daylight hours. Additionally, the implementation of natural light and energy-efficient appliances in buildings complements the broader goal of creating zero-energy homes, which independently generate as much renewable energy as they consume, thus minimizing environmental impact and lowering utility costs.

Renewable Energy Projects and Infrastructure Development

Significant attention is also directed toward renewable energy infrastructure projects. Tidal power, hydrokinetic technology, wind turbines, and solar panels are among the promising solutions highlighted by students. Madelyn Torres suggests harnessing tidal energy through turbines or fences along the coast, which could generate substantial clean electricity with minimal ecological disturbance. Similarly, hydrokinetic turbines placed in rivers like Bridgepoint can tap into natural water currents, producing continuous renewable power. Wind farms and solar panel installations on residential rooftops further diversify renewable sources, reducing dependence on fossil fuels. These renewable initiatives not only provide sustainable energy but also create economic opportunities through job creation and energy cost reductions for residents.

Building and Housing Improvements

Building efficiency is another critical theme, particularly the promotion of zero-energy buildings. As recommended by Diana Reyes and others, new constructions and renovations should aim for zero-energy standards that are airtight, well-insulated, and self-sufficient in renewable energy production. Such buildings, over time, contribute to decluttering the grid and significantly lessen the community’s carbon footprint. Additionally, extensive programs to retrofit older homes with energy-efficient technologies and low-impact features are essential for comprehensive community sustainability.

Incentives and Policy Measures

Effective policy measures can significantly accelerate these initiatives. Tax credits, reduced property taxes, low-interest loans, and incentives for green building practices encourage adoption among homeowners and businesses. For example, tax credits for homes built to zero-energy standards or loans for upgrading existing structures can motivate widespread participation. Moreover, policies that enforce energy conservation standards in new developments will set benchmarks that foster sustainable growth and environmental responsibility across the community.

Additional Renewable and Conservation Technologies

Student ideas also include unconventional yet promising technologies. Micha Haler's suggestion of hydrokinetic turbines in rivers and Michelle Wilsey’s promotion of solar panels on residences exemplify this. Solar panels can generate immediate economic benefits for homeowners through utility bill reductions and potential income from energy feedback. Wind turbine fields and smart energy systems contribute further to the decentralized, resilient energy grid. Lastly, all efforts aimed at conserving water—such as reducing hot water usage—complement these energy strategies, emphasizing the interconnected nature of sustainable resource management.

Conclusion

The collection of ideas from students highlights a multi-faceted approach to fostering sustainability in community settings. Combining renewable energy projects, energy-efficient buildings, transportation reforms, and policy incentives offers a comprehensive roadmap for reducing environmental impacts. Implementing these ideas requires collaborative efforts among residents, local governments, and private sectors but promises significant long-term benefits, including lower carbon emissions, economic savings, and a healthier environment. As communities adopt these innovative solutions, they set vital examples for sustainable development aligned with global climate goals.

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