Energy efficiency and conservation focus on reducing energy consumption and optimizing resource utilization, not on maximizing energy production.

Energy efficiency refers to the practice of using less energy to perform the same task or achieve the same level of comfort.

Leaving lights and electronics on when not in use wastes energy and is not a conservation strategy.

Energy efficiency and conservation in the industrial sector primarily lead to reduced operating costs by minimizing energy consumption.

Fossil fuels, such as coal, oil, and natural gas, are non-renewable energy sources.

Energy management involves the implementation of strategies and technologies to optimize energy use and reduce consumption.

Energy efficiency and conservation in the transportation sector do not directly lead to increased traffic congestion.

Behavioral energy efficiency focuses on changing behaviors and habits to reduce energy consumption.

Setting thermostats to higher temperatures in the summer increases energy consumption for cooling.

Energy optimization involves the use of technologies and strategies to achieve the most efficient use of energy.

Energy efficiency and conservation in the agricultural sector lead to reduced energy costs, not higher energy costs.

Systemic energy efficiency focuses on modifying systems and processes to reduce energy consumption.

Leaving windows and doors open for ventilation wastes energy, especially when heating or cooling systems are in use.

Energy conservation involves the use of technologies and strategies to reduce energy consumption.

Energy efficiency and conservation in the residential sector lead to reduced energy consumption, not higher energy consumption.