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Renewable Energy in Urban Planning
15
Flashcards
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Solar-powered public lighting
Reduces the electricity demand from non-renewable sources and lowers carbon footprint.
Green Roofs
Improves building insulation leading to energy savings, and helps with stormwater management.
Urban Wind Turbines
Generates electricity for local consumption reducing transmission losses and dependency on the grid.
Biomass Waste Management
Converts urban organic waste into energy, reducing landfill use and methane emissions.
Solar Water Heating Systems
Provides a sustainable way to meet hot water needs, reducing reliance on conventional water heaters.
District Energy Systems
Centralizes energy production through renewable sources, improving efficiency and reducing emissions.
Electric Vehicle Charging Infrastructure
Supports the transition to electric vehicles, reducing emissions from the transportation sector.
Pedestrian-Friendly Design
Encourages walking over driving, indirectly reducing the energy demand for transportation.
Bicycle Infrastructure
Promotes cycling as an energy-efficient transportation method, reducing reliance on motor vehicles.
Energy-Efficient Building Codes
Ensures new constructions and retrofits meet high energy efficiency standards, lowering overall energy consumption.
Urban Tree Planting
Improves air quality and provides shade, reducing building cooling energy requirements.
Public Transit Systems Powered by Renewable Energy
Reduces greenhouse gas emissions and fossil fuel dependency of public transportation.
Energy Recovery from Wastewater
Extracts thermal energy from wastewater for heating and cooling applications, conserving energy.
Smart Grid Technology
Optimizes energy distribution and management, integrating various renewable energy sources efficiently.
Urban Agriculture
Supports local food production, reducing energy costs in transporting food and promoting community resilience.
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