Energy & Water Inspection
This map explores the district's energy consumption, conservation strategies, and the importance of sustainable practices at individual, local, regional, and global scales. Our goal is to highlight areas for improvement and offer actionable steps to reduce consumption and costs.
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Water Audit Data: Over the course of two weeks, I engaged in these activities a specific number of times.
I learned from this that flushing the toilet, drinking water, and hand washing account for the majority of water use. If I take into account only myself, I use about 1,000 gallons of water a week. Next, in terms of energy use, the refrigerator is the primary user since it runs continuously to keep food fresh. 58.9 kWh is the total amount of energy I use in a week. Even if we are unaware of it, we frequently use a lot of water and energy inconsistently, which needs to be addressed.
5 Steps to Conserve Energy:
- Upgrade to Energy-Efficient Appliances: Replacing old appliances with ENERGY STAR® rated ones can significantly reduce energy usage.
- Implement Smart Thermostats: Using programmable thermostats helps to optimize heating and cooling, reducing energy consumption.
- Improve Insulation: Proper insulation in walls, attics, and floors can minimize heat loss, leading to lower energy bills.
- Switch to LED Lighting: LED bulbs use less energy and have a longer lifespan compared to traditional incandescent bulbs.
- Seal Air Leaks: Ensure windows and doors are properly sealed to prevent drafts and improve energy efficiency.
5 Steps to Conserve Water:
- Fix Leaks Promptly: Repairing leaks in faucets, toilets, and pipes can prevent water waste.
- Install Low-Flow Fixtures: Use low-flow showerheads and faucets to reduce water usage without sacrificing performance.
- Water Plants Wisely: Watering plants during cooler parts of the day and using drought-resistant plants can conserve water.
- Use Efficient Irrigation Systems: Implement drip irrigation or soaker hoses to minimize water waste in gardens.
- Limit Lawn Watering: Reduce lawn watering frequency and consider using drought-resistant landscaping.
Clean Energy Companies
For my exploration, I decided to do an equity report on the zip code I am located in which is 92111. This area is primarily residential with a diverse population and a mix of commercial establishments. The map shows that there is a moderate concentration of clean energy companies in this region, particularly towards the southern parts near the city's core. This suggests that while 92111 is not the central hub for clean energy, it still benefits from the proximity to areas with a higher density of these companies. The presence of these companies in or near 92111 reflects a growing interest in sustainable practices and energy efficiency within the community. Overall, the 92111 area seems to be positively impacted by the spread of clean energy initiatives, contributing to a healthier and more sustainable environment for its residents.
Energy Usage divided by Sector
Water Usage divided by Sector
These graphs demonstrate that the Residential category is the highest of all. Water usage appears to be less commercial than power usage. Water consumption appears to be higher in the industrial and agricultural sectors than in the electrical sector. We may observe from this comparison how the various industries use resources in different ways.
92111
Powerville High School Exploration
Energy Disadvantaged Tracts
In addition, I made the decision to get interested in learning more about how a high school uses electricity and water. I created a few graphs to illustrate the price and consumption of gas, electricity, and energy.
These infographics show that buildings use energy most efficiently because their consumption patterns are consistent. The buildings exhibit efficient energy practices as seen by the consistent use of gas and electricity, indicating no changes in either fuel source. Because it uses energy all year round, I think the outside lighting is the least efficient sector. Given that the lighting may not be adjusted for sunshine or seasonal variations, this implies that energy is being wasted. Additionally, there is ineffective water conservation due to the high levels of water usage. One suggestion I would make is to install more energy-efficient outdoor lighting systems. Motion-activated LED lights that dim when not in use are a few instances of this. Another suggestion is to educate staff and kids on water conservation, leak prevention, and other ways to avoid using more water than is necessary.
There are pronounced variations in efficiency when comparing the district buildings' energy usage and expenses, as well as those of the outdoor lighting and pumping systems. Over half of the annual electricity usage and costs are incurred by the district buildings, which also have the greatest total energy costs. The main causes of this high utilization are the demands for lighting, cooling, and heating. However, when it comes to energy efficiency, outdoor lighting is the best option, requiring the least amount of gas and power. Even though it runs continuously all year long, outside lighting accounts for a very minor portion of the district's total energy costs.
It is advised that the district buildings go through an energy audit to find areas where usage can be cut in order to increase efficiency. Energy consumption could be greatly reduced by installing energy-efficient lighting, improving HVAC systems, and replacing insulation. To further reduce reliance on conventional electricity, renewable energy sources like solar panels should be taken into account. Regular maintenance and possible improvements to more energy-efficient pumps could lower the energy consumption of the pumping systems, which are the second-highest expense after district buildings. It is not advised to make any quick adjustments to the outdoor lighting due to its efficiency, but regular monitoring should guarantee that it stays at its best.
Water Resource Control Engineer
In order to guarantee the sustainable use and distribution of water resources, a water resource engineer is essential to the management and development of these resources. This line of work entails planning and managing wastewater management, water supply, and treatment systems. Water resource engineers work on projects involving irrigation, conservation, and flood control. They frequently forecast water supply and quality using sophisticated modeling and simulation technologies. Their work is crucial for resilient development against climate change because it protects public health, boosts agricultural productivity, and tackles environmental issues.
Randy Ly is a Water Resources Engineer specializing in the management and conservation of water resources. His work involves designing infrastructure for water distribution, flood control, and sustainable water use. Water Resources Engineers like Randy play a crucial role in ensuring that communities have access to clean and reliable water supplies while managing the impacts of climate change on water availability. Randy currently works with the Metropolitan Water District of Southern California, where he has led several critical projects aimed at improving water sustainability in the region. Recently, Randy spearheaded a project that focused on the development of an advanced water recycling facility. This facility treats wastewater to a high standard, allowing it to be reused for irrigation, industrial processes, and even as potable water after further treatment. His work not only addresses water scarcity but also contributes to the resilience of the water supply system in Southern California. While addressing the effects of climate change on water availability, water resources engineers like Randy are essential in ensuring that communities have access to dependable and clean water sources. Currently employed with the Metropolitan Water District of Southern California, Randy has spearheaded numerous important initiatives meant to increase the region's water sustainability. Randy recently led a team that developed a state-of-the-art facility for recycling water. High-quality wastewater treatment is provided by this plant, enabling its subsequent reuse as drinking water, industrial operations, and irrigation. In addition to addressing the shortage of water, his work strengthens Southern California's water delivery system's resiliency.
Conclusion
During my remote internship, I made great progress both personally and professionally. My ability to handle projects remotely and successfully balance workloads has improved. With the help of ArcGIS, I was able to handle challenging geospatial projects with ease. I was inspired to take on new challenges by working freely from home, which boosted my confidence and helped me to achieve my professional objectives.