Maximizing Energy Efficiency: Strategies For Lowering Gas And Electricity Costs In Bordeaux

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ST Mathews, K. – Although Kentucky’s average gas price as of March 17, 2022 is $4 below the national average of $4.29. The average price per gallon is still higher than what Kentuckians paid at the pump last year, which was $2.74 per gallon. , according to the AAA.

Maximizing Energy Efficiency: Strategies For Lowering Gas And Electricity Costs In Bordeaux

While we can’t control the price at the pump, we can control how we drive and maintain our vehicles, which increases gas savings.

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What you need to know Kentucky’s average gas price as of March 17, 2022 is $4 below the national average of $4.29. While we can’t control the price at the pump, we can control how we drive and maintain our vehicles, which adds up. A Louisville-area business owner and mechanic says basic car maintenance can help maximize fuel efficiency, as the U.S. Department of Energy offers online tips to help maximize your vehicle’s miles per gallon.

At Pruitt’s, customers can choose a self-service gas pump or full service, the way most gas stations operated decades ago. With full service, the customer waits in their vehicle while an attendant pumps gas and provides basic maintenance such as fluid and tire pressure checks.

“It’s created a niche in the market because there’s nobody around like us. I know there’s nobody else in Louisville. I don’t even know if there’s anybody else in the state, to be honest,” Pruitt said.

If a vehicle needs service beyond basic maintenance, an auto repair shop is also on site, which is another source of income for the business versus convenience stores like most gas stations.

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“At some point you have to decide what business you want to be in,” Pruitt said. “Dishes, and groceries, and beer, and lotteries, and tobacco, I have no interest in them.”

By knowing about gas and vehicle maintenance, Pruitt said, there are many things drivers can do to increase their fuel efficiency so that your car goes an extra mile or a few more miles between fill-ups.

According to the U.S. Department of Energy, underinflated tires increase vehicle resistance, making the engine work harder and use more fuel. Keeping tires inflated to the recommended pressure means drivers can improve their gas mileage by 3% — or about 10¢ per gallon.

The second basic maintenance on the to-do list is checking fluids and top-off levels, which Rocky says can help prevent many problems.

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“Probably not a month or two goes by that we don’t pull a vehicle in here with a dead engine, just because it’s out of oil. It was due for an oil change a long time ago. I’ve had them 11,000 miles. before because of an oil change,” he said.

He warned that it is dangerous to drive the car until the oil is changed.

Therefore, it is important to ensure that the vehicle oil is changed at the correct intervals and with the correct viscosity of motor oil as per the manufacturer’s specifications.

For example, the DOE’s website says that using 10W-30 motor oil in an engine designed to use 5W-30 can reduce your gas mileage by 1%-2%, which equates to 4 to 8 cents per gallon.

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U.S. The Department of Energy’s EERE API Performance Symbol recommends using motor oil labeled “Energy Conservation” that contains this friction-reducing additive.

Finally, fixing a serious maintenance problem like a faulty oxygen sensor can improve gas mileage by up to 40%.

“If you’re just pumping gas and driving, you’re ignoring everything under the hood,” Rocky warns, which means you’re also ignoring money-saving opportunities.

The savings mentioned in this article are for the U.S. $4.10 per gallon based on the Department of Energy’s EERE price-per-gallon model listed online. For more information on this and more fuel efficiency tips, visit fueleconomy.gov.

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RELATED STORY More states are suspending their gas tax from your gas mileage Kentucky Why This Old-School Kentucky Gas Station Charges an Extra 70 Cents Per Gallon Jefferson County Leaders Want Ban on Advanced Gas Requirements In our age of sustainable development and climate change, energy efficiency has become a critical aspect of the modern energy system. Utility and power companies around the world are looking for ways to reduce energy waste, optimize energy use and reduce costs. This article will provide various techniques and strategies to increase energy efficiency and reduce waste in energy companies.

One strategy that many utilities are adopting is the use of smart grid technology. Smart grids with AMI-systems allow real-time monitoring of electricity consumption in entire networks, allowing for more accurate prediction of peak load times and better management of energy production and distribution. This allows utilities to optimize their operations and reduce waste by ensuring that energy is generated and distributed only when needed, rather than relying on traditional fixed schedules.

Another important area where utilities can focus on improving energy efficiency is through infrastructure upgrades. Many utility systems were built decades ago and lack modern features such as advanced metering capabilities, communication protocols and automation. By investing in new equipment and modernizing legacy systems, utilities can significantly reduce maintenance costs and technical losses, increase reliability and save energy. Additionally, upgrading transmission and distribution lines can enable smarter operation of the electricity grid, reducing losses from energy consumption.

Utility and power companies must adopt multiple energy efficiency strategies to reduce waste, optimize resource use, and reduce operating costs.

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Demand response is a program that enables a power company to reduce electricity consumption during peak times, encouraging utility customers to voluntarily reduce their power use. Customers participating in the DR program receive instant messages to reduce their energy consumption when demand is high, while the power company offers them enhanced benefits such as lower utility bills or direct financial incentives. Demand response helps power companies reduce the amount of electricity they generate, therefore reducing energy waste and reducing electricity costs.

Distributed generation refers to electricity from small-scale generators located close to end users contributing to the local power grid. DG sources can include combined heat and power (CHP) systems, microturbines, fuel cells and solar panels. DG systems can reduce energy losses from long-distance transmission and distribution lines and improve the reliability of power supply to end users. Additionally, businesses adopting DG systems can use the excess energy generated as a source of revenue, selling it back to the utility grid at a premium price.

Energy storage systems are technologies that allow power companies to store energy from times of peak production and use it during times of peak demand. ESS can improve power system reliability, prevent blackouts and optimize the overall performance of the grid. The two primary types of energy storage systems are electrochemical and electro-mechanical. The former includes batteries, while the latter includes technologies such as compressed air storage (CAS), flywheels and pumped storage hydropower (PSH). ESS can reduce energy waste and reduce greenhouse gas emissions by combining renewable energy sources such as solar and wind.

One of the most effective ways utilities can improve energy efficiency is by empowering their customer base to make informed choices. Providing access to detailed energy use data and energy conservation education helps customers make decisions about how to effectively manage their energy use, reducing overall energy use without sacrificing comfort or convenience. Customers can participate in energy efficiency programs such as home energy audits or retrofitting initiatives that identify opportunities to reduce energy waste due to old appliances or poor insulation.

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Utility and power companies must adopt multiple energy-efficient strategies to reduce waste, optimize resource use, and reduce operating costs. By taking advantage of these strategies, the energy industry can create a positive environmental impact, promote sustainability, and meet customer needs reliably and efficiently.

Our solutions for metering, testing and systems can effectively support your efficiency efforts. Our team of professionals is available to assist you should you need any assistance or have questions. Contact us now to get started.

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