Offsetting Costs and Consumption

Inspiration The project stemmed from the desire to address environmental sustainability within Syracuse, NY, by leveraging renewable energy. Recognizing the city's untapped potential in vacant lots, we aimed to empower the community through accessible solar energy, reducing carbon footprints and promoting green infrastructure.

What it Does Our project explores the feasibility and benefits of installing solar panels on vacant lots in Syracuse. By calculating potential energy production and carbon offsets, we illustrate how these installations could significantly reduce energy costs and consumption for the community, contributing to a greener and more sustainable city.

How We Built It We utilized Syracuse's open data to identify vacant lots suitable for solar installation. Using solar panel efficiency estimates and area calculations, we modeled the potential energy output and CO₂ reduction. This analysis involved formulas to estimate daily and annual energy generation based on local sunlight conditions, panel area, and efficiency.

Challenges We Ran Into Key challenges included identifying optimal locations for solar installations within city constraints and adjusting energy production estimates based on Syracuse's specific sunlight availability. Additionally, we encountered technical hurdles in integrating data from various sources to ensure precise calculations.

Accomplishments That We're Proud Of We’re proud to have created a data-driven model that not only quantifies the energy and cost-saving benefits but also demonstrates the environmental impact of community-based solar projects. Our work offers a replicable model that can be scaled to other cities aiming for sustainable energy solutions.

What We Learned Through this project, we gained insights into the nuances of solar energy estimation, urban planning, and community-based energy solutions. We learned the importance of data accuracy and how small changes in inputs can significantly affect sustainability projections.

What's Next for Offsetting Costs and Consumption Looking ahead, we plan to refine our model with real-time sunlight data and explore partnerships with local government and energy providers to make this project a reality. Additionally, we aim to expand the scope by analyzing the economic impact of job creation through solar installations in the Syracuse area.