The Longevity of Power Sources
The expiration date on fossil fuel sources like gasoline renders them inefficient and unsustainable. As fuel expires, companies must continue drilling to sustain rising consumer demands. When gasoline sits, its lighter hydrocarbons evaporate over a few months.
Oxidation additionally degrades gasoline’s efficiency, developing solid gums. If the fossil fuel mixture contains any ethanol, it can absorb humidity when sitting. Water can corrode devices, generating inoperative effects.
Solar power is more efficient in its longevity compared to ‘dirty’ energy sources. The non-depletable resource will last as long as the sun shines, for about 4.5 billion years. A panel system’s expiration is the only variable when evaluating our extended solar power access.
Photovoltaic solar panel systems last up to 30 years, 120 times longer than fossil fuel sources. Their consistent power production and distribution over time may increase their general efficiency compared to fossil fuels.
Fossil fuel efficiency levels vary depending on the source. The average energy efficiency of coal-derived power is 35% on average. Natural gas has the highest rate, reaching nearly 45% and oil-fire has a 38% rate.
Their ability to efficiently convert resources into energy makes fossil fuels one of the most effective power sources. Solar energy converts sunlight into electricity at a lower rate. The average efficiency rate ranges between 15% and 25% annually.
Fortunately, we can still meet our residential and commercial electricity needs with solar energy. Utilizing low-power devices and adopting conservation habits can limit our use of greenhouse gas-emitting energy sources.
Meeting or Exceeding Needs
Fossil fuels hold a significant place in the U.S. government’s hierarchy of power. Corporate gas company owners contribute large profits to the economy, which government officials reward them for. Oil companies use their power stance to generate consumer demands rather than meet them.
Solar energy uses localized sources, only generating the amount of power demanded by residents. With eco-conscious electricity extraction, solar companies can provide power to an entire community.
Residents and business owners can calculate the energy efficiency of their structures and ensure their optimal electricity extraction. You can receive an energy audit or utility bill evaluation for power distribution data. When you unveil your usage patterns, you can adjust your devices and behaviors for energy conservation.
Buildings can support solar power sources by maximizing energy efficiency. A significant portion of electricity supports heating, ventilation and air conditioning (HVAC) systems. HVAC systems waste nearly 20% of their energy because of inefficient structures and maintenance.
You can decrease your building’s HVAC power waste by sealing air leaks. Installing a smart thermostat may also increase the energy efficiency of temperature control systems. They use motion sensors and weather detection, maintaining a sustainable temperature in vacant homes.
Reducing sunlight exposure, hot water and outdated equipment use can further enhance a home’s solar power support.
Fossil fuels were once the most cost-effective fueling option, driving their global acceptance. Their power generation ranges between $0.05 per kilowatt-hours and $0.18 per kilowatt-hours depending on the source. Solar power prices are at an all-time low, dropping by 82% since 2010.
Today, solar energy costs under $0.05 per kilowatt-hour, making it more cost-effective than fossil fuels. In a financial respect, solar power is more efficient than greenhouse gas-emitting energy. Additionally, homeowners who invest in renewable energy receive a significant federal tax break, further reducing the price.
Solar panel system owners receive a 22% tax credit from the government following their purchase. They can also sell excess energy to their state, receiving a passive income.
The Future of Energy
Biden’s Build Back Better plan will advance the clean energy economy. He is additionally investing two trillion dollars into national sustainability changes. We can expect to see a portion of the funds support higher renewable energy sources.
The president also wishes to reach net-zero U.S. emissions by 2050. We can only achieve this goal using solar power and the shift away from fossil fuels. The transition may take time, but a clean energy future lies ahead.