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Why Pennsylvania Needs to Update its Alternative Energy Portfolio Standard

Pennsylvania is lagging behind in its renewable energy goals, and it’s time for the state to take action. In 2022, Gov. Josh Shapiro made a promise to secure 30 percent of the state’s electricity from renewable sources by 2030. However, little progress has been made towards achieving this goal.

The key to fulfilling this promise lies in updating Pennsylvania’s Alternative Energy Portfolio Standard (AEPS). Currently, the AEPS mandates that 7.5% of the state’s electricity comes from renewable energy sources within Pennsylvania or its 13-state electric grid. Additionally, only 0.5% is required to come from Pennsylvania-based solar energy by 2021. While these goals have been met, the policy needs to be updated to reflect the changing landscape of renewable energy.

One of the driving forces behind the AEPS is its energy credit trading system. Renewable energy generators receive alternative energy credits that can be exchanged on a marketplace. Electric utilities are required to purchase these credits to meet the AEPS goals. However, because the goals have not been updated, the price of these credits is plummeting.

This lack of updates and resulting decrease in credit prices has already cost Pennsylvania residents, businesses, municipalities, and schools millions of dollars in increased electricity prices. Without updated goals, investors are turning to states with more competitive incentives to drive their renewable energy projects.

Updating the AEPS law is crucial for diversifying Pennsylvania’s energy mix, reducing electricity rates, and decreasing reliance on natural gas. Without interventions, natural gas could make up as much as 70% of the state’s electricity mix by 2030, leaving ratepayers vulnerable to volatile fuel prices.

Renewable energy sources such as wind and solar offer stability in pricing, as the fuel is free once the upfront equipment costs are covered. The Finding Pennsylvania’s Solar Future study shows that when the state reaches just 5% solar on the grid, wholesale electricity pricing starts to drop, benefiting everyone, even those without solar energy systems.

By updating the AEPS goals, Pennsylvania could experience significant economic benefits. Research suggests that reaching just 10% solar energy by 2030 would create over 70,000 jobs and attract billions in private investment.

State House Bill 1467 proposes expanding the AEPS renewable energy goals to 30% by 2030. It also aims to increase the in-state solar goals from 0.5% to 14% and enable community solar projects. This would allow individuals to subscribe to electricity generated by off-site solar projects and receive credits on their utility bills, benefiting customers like renters.

It’s time for the Pennsylvania General Assembly to prioritize clean energy advancement. Updating the AEPS and embracing renewable energy will not only benefit the environment by reducing carbon and air pollution but also save money for citizens and create tens of thousands of jobs.


Q: What is the Alternative Energy Portfolio Standard?
A: The Alternative Energy Portfolio Standard (AEPS) is a policy that mandates a certain percentage of electricity to come from renewable sources.

Q: How does the AEPS work?
A: The AEPS includes an energy credit trading system, where renewable energy generators earn credits that can be exchanged on a marketplace. Electric utilities are required to purchase these credits to meet the AEPS goals.

Q: What are the benefits of updating the AEPS?
A: Updating the AEPS would diversify Pennsylvania’s energy mix, reduce electricity rates, decrease reliance on natural gas, create jobs, and attract private investment.

Q: What is community solar?
A: Community solar projects allow individuals to subscribe to a portion of electricity generated by an off-site solar project and receive credits on their utility bills.

Q: How would updating the AEPS save money for citizens?
A: When Pennsylvania reaches just 5% solar on the grid, wholesale electricity pricing starts to drop, benefiting everyone even if they don’t have solar energy systems.

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“Effectiveness of Speed Cameras: Reducing Fatal Crashes on Roosevelt Boulevard”

A recent carjacking incident in Philadelphia came to a violent end when the stolen car crashed into a tree, resulting in two individuals being rushed to the hospital. This incident highlights the ongoing dangers that persist on Roosevelt Boulevard, one of the country’s most hazardous streets. However, there is hope amidst these alarming statistics. The implementation of an Automated Speed Enforcement Program, which includes ticketing cameras, has resulted in a significant reduction in speeding violations and saved numerous lives.

Roosevelt Boulevard gained national recognition for its dangerous reputation, prompting Philadelphia to introduce the Automated Speed Enforcement Program in 2018. This five-year pilot program, bolstered by a $78 million grant from the U.S. Department of Transportation, allows speed cameras to operate on Roosevelt Boulevard and in work zones. The program only began ticketing speeders in August 2020, following a two-month warning period.

According to recent data released by the City of Philadelphia, the introduction of ticketing cameras has curtailed speeding by an astounding 95%. Furthermore, fatal and serious crashes resulting in severe injuries have decreased by 21%. The number of pedestrian-involved accidents along Roosevelt Boulevard has also seen a significant decline of 50%.

Researchers from the University of Pennsylvania analyzed the safety impact of speed cameras and confirmed that the cameras on Roosevelt Boulevard alone have potentially saved nearly one life every month since the program’s inception. To build on this success, the Pennsylvania government is currently considering three bills that aim to continue and expand the Automated Speed Enforcement Program. The most comprehensive of these bills, House Bill 1284, not only removes the program’s expiration date but also allows for the collaboration between the city and PennDOT to extend ticketing cameras to other high-risk roads plagued by dangerous speeding.

It is evident from the positive outcomes of the Roosevelt Boulevard speed camera pilot program that these automated enforcement measures have made a meaningful difference in improving traffic safety. The City of Philadelphia underlines the importance of expanding speed cameras to other corridors like Broad Street, Frankford Avenue, and Girard Avenue, where excessive speeds also contribute to a rise in crashes. House Bill 1662 and Senate Bill 748 are additional pieces of legislation that aim to enhance the speed camera regulations, although they do not specifically address the expansion of speed cameras.

In conclusion, the effectiveness of speed cameras on Roosevelt Boulevard has been remarkable, leading to a significant reduction in speeding violations and fatal crashes. The success of the pilot program highlights the urgent need to expand the use of speed cameras to other high-risk corridors, ultimately ensuring the safety of pedestrians and motorists throughout Philadelphia.

Frequently Asked Questions (FAQ)

1. How do ticketing cameras contribute to reducing speeding violations?

Ticketing cameras installed as part of the Automated Speed Enforcement Program capture images of vehicles exceeding the speed limit. These cameras automatically issue tickets to motorists who are caught on camera, thereby discouraging speeding behavior and promoting compliance with speed limits.

2. How have speed cameras impacted pedestrian safety on Roosevelt Boulevard?

Since the implementation of speed cameras, there has been a significant reduction in pedestrian-involved accidents on Roosevelt Boulevard. The city reports a 50% decrease in such crashes, highlighting the positive impact of speed cameras on pedestrian safety.

3. How can the speed camera program be expanded to other dangerous roads in Philadelphia?

Several bills are currently being considered by the Pennsylvania government to continue and expand the Automated Speed Enforcement Program. House Bill 1284, in particular, aims to remove the program’s expiration date and allows collaboration between the city and PennDOT to extend ticketing cameras to other roads with high-risk speeding. House Bill 1662 and Senate Bill 748 also propose modifications to enhance the speed camera regulations.

– City of Philadelphia: [insert link to source]
– University of Pennsylvania study: [insert link to source]

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Solar Company Secures $1.9 Billion Funding for American-Made Projects

SB Energy Global, a solar company backed by SoftBank Group and Ares Management, has recently obtained $1.9 billion in financing for its upcoming projects. What sets these projects apart is their qualification for federal tax credits tied to the purchase of components made in America. This marks a significant milestone in boosting domestic manufacturing and green energy, thanks to the tax incentives provided by President Joe Biden’s Inflation Reduction Act.

To meet the requirements for the tax credits, SB Energy Global has carefully established a domestic supply chain. They have sourced solar modules from a First Solar Inc. factory in Ohio, steel from Texas and Georgia, and sun-tracking devices from various states, including Pennsylvania. By avoiding the need for customs and shipping from Asia, the company can better manage its supply chain, sidestepping potential delays and cost overruns.

The growing preference for domestically made solar panels began even before the Inflation Reduction Act. Supply chain disruptions during the pandemic and concerns regarding solar components made overseas, due to tariffs implemented during the Trump era and allegations of forced labor in China, have prompted US companies to seek equipment made within the country. SB Energy’s projects exemplify the shape-shifting American solar supply chain.

To qualify for an additional 10% tax credit, projects must satisfy a “domestic content” requirement. Another 10% tax credit is available for projects situated in “energy communities,” which encompass regions with fossil fuel activities, high unemployment rates, or decommissioned coal mines or coal-fired plants. These tax credits are calculated based on project costs.

SB Energy Global received support from JPMorgan Chase, Bank of America, Morgan Stanley, and Truist Bank for its Texas solar projects. All of these projects meet the requirements for the energy community tax credits, while three also qualify for the domestic content credit. Google, through its parent company Alphabet Inc., has agreed to purchase approximately 75% of the generated energy to power their data centers in Texas.


Q: What is the significance of SB Energy Global securing financing for American-made projects?
A: SB Energy Global’s funding represents a milestone in qualifying for federal tax credits tied to purchasing components made in America, boosting domestic manufacturing and green energy.

Q: What are the criteria for the additional tax credits?
A: projects must satisfy a “domestic content” requirement and can receive an additional tax credit by locating in designated “energy communities.”

Q: Who supported SB Energy Global’s Texas solar projects?
A: JPMorgan Chase, Bank of America, Morgan Stanley, and Truist Bank provided backing, including tax-equity funding.

Q: How much power will the Texas solar projects produce, and who will be the major buyer?
A: The projects are expected to generate 1.3 gigawatts of power, with Alphabet Inc.’s Google purchasing about 75% of the energy to power its Texas data centers.

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Philadelphia City Council to Vote on Controversial Ski Mask Ban

A controversial bill is set to be voted on by Philadelphia’s City Council, which proposes a ban on wearing ski masks in certain public areas. If approved, individuals would be prohibited from wearing ski masks in parks, schools, and on public transit, with violators facing a hefty $250 fine. The motive behind this legislation is to enhance public safety and discourage potential criminal activities. However, concerns about potential infringement of First Amendment rights and abuse of power by law enforcement have also been raised.

While the bill does allow for exceptions, such as religious expression and peaceful protests, its overall impact on civil liberties has sparked debate among experts and citizens alike. Supporters argue that the ban will help prevent potential incidents of violence, such as robberies or assault, as ski masks can obscure a person’s identity and make it easier for criminals to evade identification. This viewpoint is supported by law enforcement agencies who believe the ban will strengthen public safety measures.

On the other hand, opponents, including the American Civil Liberties Union (ACLU), express reservations about the potential violation of individuals’ freedom of expression. They also caution against the misuse of this law by law enforcement officers who may employ it as a pretext to stop and frisk individuals improperly.

The upcoming vote by the City Council follows a similar ban enforced by the Southeastern Pennsylvania Transportation Authority (SEPTA) earlier this year. Under SEPTA’s regulation, passengers found wearing ski masks are given the option to remove them or face eviction from SEPTA property.

As the vote approaches, it is clear that finding the right balance between public safety and individual rights is a complex and delicate challenge. The decision will undoubtedly have far-reaching implications for the city of Philadelphia and may serve as a precedent for other cities considering similar measures in the future.

Frequently Asked Questions (FAQ)

What is the purpose of the ski mask ban in Philadelphia?

The purpose of the ski mask ban in Philadelphia is to enhance public safety by prohibiting the wearing of ski masks in parks, schools, and on public transit to reduce the likelihood of criminal activities.

Will there be any exceptions to the ban?

Yes, there will be exceptions for activities protected by the First Amendment, such as religious expression and peaceful protests.

What are the arguments for the ban?

Supporters of the ban argue that it will help prevent potential incidents of violence, such as robberies or assault, as ski masks can hide a person’s identity and make it easier for criminals to escape identification. Law enforcement agencies also believe that the ban will strengthen public safety measures.

What are the concerns raised by opponents of the ban?

Opponents, including the American Civil Liberties Union (ACLU), raise concerns about the potential violation of individuals’ freedom of expression and caution against the misuse of the law by law enforcement officers who may abuse their power to stop and frisk individuals improperly.

Has any similar ban been implemented before in Philadelphia?

Yes, the Southeastern Pennsylvania Transportation Authority (SEPTA) previously enforced a ban on ski masks. Passengers found wearing ski masks are given the option to remove them or face eviction from SEPTA property.

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Understanding Energy Price Changes in Pennsylvania

Source: Pennsylvania Public Utility Commission

As winter approaches, homeowners in Pennsylvania are bracing themselves for the inevitable spike in energy consumption. While Mother Nature controls the amount of energy needed to heat and power our homes, we have the power to control how much we pay for that energy supply. However, it’s important to be aware that energy rates are changing, and tomorrow is the day to start exploring your options.

The good news is that overall energy rates are considerably lower compared to this time last year. However, the rate changes happening tomorrow can be quite significant in some cases. This means that today is the perfect time to start shopping around for the best energy deals.

When it comes to heating our homes, whether it’s the gas burning in our furnaces or the fan circulating warm air, it all adds up to the energy cost we pay. This Friday marks an important day for every electric customer in Pennsylvania as the price portion of their bills will be reset for the coming winter heating season.

While we cannot change the cost of delivering energy to our homes through pipelines or power lines, we can take advantage of the new prices by shopping for the energy itself. The Pennsylvania Public Utility Commission provides a list of utilities and the rate changes they are implementing. For example, Duquesne Light’s rates are decreasing by 8.6 percent, while Penn Power’s rates are rising by 6.4 percent.

On the gas supply side, Columbia Gas is reducing its supply rate by 38.5 percent, while People’s Gas is increasing its price by 149 percent. Although these shifts may seem dramatic, when we consider the actual cost difference in terms of cents per hundred cubic feet, it may not appear significant. However, with larger homes and families using substantial amounts of electricity on a monthly basis, these differences can add up.

You have the power to take control of your energy costs by visiting to view prices and select your electric supplier, and by using to choose your gas supplier. These websites are designed to be user-friendly, guiding you through the process of finding the best energy options available to you.

By not actively shopping for your own energy supplier, you are accepting your utility company’s default selection and the costs they pass onto you. Additionally, any price increases or decreases put in place on December 1 will also be accepted by default. Don’t miss the opportunity to explore your choices and secure the best deals for your home.


Q: How can I control the cost of my energy supply in Pennsylvania?
A: You can control the cost of your energy supply by shopping for different energy suppliers based on the new prices. Visit for electricity suppliers and for gas suppliers.

Q: Are energy rates changing in Pennsylvania?
A: Yes, energy rates are changing, and it’s important to stay informed and explore your options to secure the best deals for your specific needs.

Q: Is it worth shopping for a new energy supplier?
A: Depending on your energy consumption and household size, even small price differences can make a substantial financial impact in the long run. It is definitely worth shopping around for the best energy deals.

Energy News Pennsylvania

Revolutionizing Glass Manufacturing: LionGlass Reduces Carbon Footprint

Glass manufacturing is responsible for a staggering 86 million tonnes of carbon dioxide emissions annually. However, a team of researchers from Pennsylvania State University has developed a groundbreaking solution that could cut this carbon footprint in half. Their invention, LionGlass, not only requires significantly less energy to produce but also exhibits increased durability compared to traditional soda-lime-silicate glass.

The lead researcher, John Mauro, explains that LionGlass eliminates the need for carbon-containing batch materials and lowers the melting temperature of glass. Conventional soda-lime-silicate glass is made by melting quartz sand, soda ash, and limestone, all of which release carbon dioxide during the melting process. However, LionGlass reduces the melting temperatures by 300°C to 400°C, resulting in a substantial 30% reduction in energy consumption.

Furthermore, LionGlass boasts exceptional strength and crack resistance. In testing, it demonstrated 10 times higher crack resistance compared to conventional glass. Although the team has not yet reached the limits of LionGlass’s capabilities, as the testing equipment imposed load limitations, its potential for increased durability is promising.

By revolutionizing glass manufacturing, LionGlass offers a viable solution to significantly reduce the carbon footprint associated with this industry. The implementation of LionGlass has the potential to revolutionize glass production and contribute to global efforts to combat climate change.


What is LionGlass?

LionGlass is a new type of glass developed by researchers at Pennsylvania State University. It requires less energy to produce and exhibits higher durability compared to traditional soda-lime-silicate glass.

How does LionGlass reduce the carbon footprint?

LionGlass eliminates the use of carbon-containing batch materials and lowers the melting temperature of glass by 300°C to 400°C. This results in a 30% reduction in energy consumption and a significant decrease in carbon dioxide emissions.

What are the benefits of LionGlass?

In addition to reducing the carbon footprint, LionGlass is much stronger and possesses 10 times higher crack resistance compared to conventional glass.

Can LionGlass be implemented in current glass manufacturing processes?

Yes, LionGlass can be integrated into existing glass manufacturing processes with relative ease, making it a practical and sustainable solution for reducing carbon emissions in the industry.

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Digging Deeper: The Untapped Potential of Geothermal Energy in Pennsylvania

As Pennsylvania continues its efforts to shift towards renewable sources of energy, one often overlooked and exciting prospect lies beneath our feet: geothermal energy. The idea of harnessing the Earth’s natural heat as a sustainable power source may echo back to ancient times, but its modern applications and advantages make it a viable contender in the state’s clean energy future.

Geothermal energy, often associated with hot springs, relies on tapping into the Earth’s heat stored deep within the crust. This renewable resource has been utilized for centuries, from the Romans warming their homes to the Paleolithic tribes heating their baths. However, it’s time to give geothermal energy a second look, particularly in Pennsylvania.

One of the most compelling reasons to explore geothermal energy is its minimal carbon footprint. As the state aims to reduce its reliance on carbon-based fuels, geothermal offers a promising alternative. Unlike fossil fuels, geothermal energy doesn’t emit harmful greenhouse gases and is a truly sustainable solution. It’s time to tap into the Earth’s natural warmth and unlock its potential to power our homes and businesses.

Pennsylvania, historically known for its oil and gas production, is uniquely positioned to leverage its existing infrastructure for geothermal energy. A creative solution lies within the repurposing of abandoned natural gas wells. Instead of being left vacant, these wells can be transformed into channels for extracting hot air from below the surface. This innovative approach not only repurposes existing resources but also reduces the environmental impact associated with decommissioned wells.

With abundant untapped geothermal potential, Pennsylvania can build upon its historical energy legacy by exploring this alternative source. By investing in geothermal technologies, we have the opportunity to create jobs, stimulate economic growth, and provide a clean and sustainable future for our state.

Frequently Asked Questions

What is geothermal energy?

Geothermal energy refers to the heat energy stored within the Earth’s crust, which can be harnessed and converted into electricity or used for heating and cooling purposes.

How does geothermal energy work?

Geothermal systems extract heat from the Earth by utilizing a network of underground pipes filled with a fluid. The heat is then transferred to buildings for heating, or converted into electricity by utilizing steam from geothermal reservoirs.

Is geothermal energy sustainable?

Yes, geothermal energy is a sustainable and renewable source of power. As long as the Earth continues to generate heat, geothermal energy can be harnessed indefinitely.

What are the environmental benefits of geothermal energy?

Geothermal energy is considered environmentally friendly due to its low carbon emissions and minimal environmental impact. Unlike fossil fuels, geothermal energy does not contribute to air pollution or release greenhouse gases that contribute to climate change.

Is geothermal energy economically viable?

While geothermal energy requires an initial investment for infrastructure, it is a cost-effective long-term solution. The operational costs of geothermal systems are significantly lower than traditional heating and cooling systems, providing substantial savings over time. Additionally, geothermal projects can create job opportunities and stimulate local economic development.

– U.S. Department of Energy. (2021). Geothermal Basics. Retrieved from [insert link here]

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Coal-Fired Power Plants Linked to Over 100,000 Deaths in the U.S.: A Call for Action towards Clean Energy

A comprehensive study led by researchers from the University of Texas Austin, in collaboration with six other universities, has revealed the alarming impact of coal-fired power plants on public health in the United States. The analysis shows that these power plants have contributed to more than 103,000 deaths across the nation since 1999, shedding light on the urgent need for transition to cleaner energy sources.

The research team focused on the Medicare population and found that emissions from coal-generated electricity were responsible for approximately 460,000 deaths between 1999 and 2020. These deaths were traced back to the operation of 480 coal-fired power plants throughout the country. However, there is a glimmer of hope as the study highlighted a significant decrease in death rates related to coal from 1999 to 2020, demonstrating the positive impact of policies aimed at curbing pollution.

To provide a clearer understanding of the gravity of the situation, the study includes an online tool created by co-author Jessica Roberts from the Georgia Institute of Technology. This tool allows users to compare the number of deaths caused by each power plant, revealing that the power plants in Texas alone were responsible for 27,000 deaths nationwide during the study period. Interestingly, the majority of these deaths occurred in states outside of Texas, emphasizing the far-reaching negative consequences of coal-fired power plants.

While progress has been made in reducing the burden of coal power plants, the study emphasizes the importance of continued efforts to transition towards cleaner energy sources. Senior author Cory Zigler, from UT’s Department of Statistics and Data Science, sees this as a success story but acknowledges that further action is required. By moving towards a clean energy future, the study suggests that health will continue to improve, and lives will be saved.

The research also highlights the significant impact of emissions scrubbers, which help reduce pollutants from coal facilities like the Keystone power plant in Pennsylvania. Installation of these scrubbers resulted in a dramatic decrease in deaths, from over 600 per year to below 100 per year. This success story underscores the potential of using alternatives like natural gas and confirms that progress has been achieved across the country.

Lead author Lucas Henneman, an assistant professor of environmental engineering at George Mason University, emphasized that fine-particle air pollution from coal has been highly underestimated in terms of its harmful effects. This comprehensive study provides strong evidence that cutting emissions from coal power plants can save lives in communities downwind.

In conclusion, this study serves as a wake-up call to address the significant health risks associated with coal-fired power plants. As approximately 480 coal power plants operated in the U.S. between 1999 and 2020, the urgent need for transitioning to cleaner energy sources becomes evident. The researchers relied on data from the Environment Protection Agency (EPA) to track coal pollution and discovered that the sulfur dioxide particles emitted by these plants can travel long distances through wind patterns, affecting communities hundreds of miles away. This study reinforces the critical importance of investing in renewable energy and implementing policies that will lead to a cleaner, healthier future for all.

1. How many deaths have coal-fired power plants caused in the United States?
According to the study conducted by researchers from the University of Texas Austin and six other universities, coal-fired power plants have caused more than 103,000 deaths nationwide since 1999.
2. What was the timeframe of the study?
The study examined deaths related to coal electricity-generating emissions between 1999 and 2020.
3. What is the impact of coal-fired power plants on Texas?
The power plants in Texas caused 27,000 deaths nationwide during the study period, with the majority occurring in states outside of Texas.
4. How have emissions scrubbers contributed to reducing deaths caused by coal plants?
Installation of emissions scrubbers in coal facilities, such as the Keystone power plant in Pennsylvania, significantly reduced deaths from over 600 per year to below 100 per year.
5. Can cutting emissions from coal power plants save lives?
Yes, the research confirms that cutting emissions from coal power plants can save lives, particularly in downwind communities affected by fine-particle air pollution.

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Pennsylvania’s Energy Landscape: A Comparative Analysis

A recent study delving into energy costs across the United States reveals that Pennsylvania occupies a unique position in terms of electricity, gas, and diesel prices. While the Keystone State’s electricity costs fall in the middle when compared to other states, its residents enjoy some of the lowest gas prices nationwide. Conversely, Pennsylvania ranks among the highest in terms of diesel costs, painting a varied picture of the energy landscape.

The findings, recently published by the Energy Department, shed light on Pennsylvania’s energy market in relation to its neighboring states. With electricity costs positioned in the middle range, Pennsylvania demonstrates a balanced affordability in this sector. While other states may offer slightly cheaper or more expensive rates, Pennsylvania’s electricity prices provide its residents with sustainable and competitive options.

On the other hand, Pennsylvania stands out when it comes to gas prices. The report confirms that the state boasts some of the lowest gas prices in the country. This lower cost can be attributed to various factors, including Pennsylvania’s well-established natural gas industry and its proximity to major distribution hubs. The availability and relatively low cost of natural gas have been a significant boon for consumers in Pennsylvania, allowing them to take advantage of affordable energy options.

However, when it comes to diesel prices, Pennsylvania’s residents face a different reality. The study reveals that the state has some of the highest diesel costs nationwide. These elevated prices can be influenced by factors such as taxes, transportation infrastructure, and local market dynamics. While diesel fuel remains an essential energy source in various industries and for transportation purposes, Pennsylvania’s consumers must consider these higher costs when planning their budgets.

In conclusion, Pennsylvania’s energy landscape demonstrates a diverse range of costs across different energy sources. While electricity costs fall in the middle compared to other states, gas prices are favorable and among the lowest. Conversely, diesel prices can be burdensome due to their placement among the highest in the country. Understanding these variations empowers Pennsylvania’s consumers to make informed decisions regarding their energy consumption and expenditure.

Frequently Asked Questions (FAQ)

1. How does Pennsylvania’s electricity costs compare to other states?
Pennsylvania’s electricity costs fall in the middle range when compared to other states, providing a balance of affordability for its residents.

2. Are gas prices in Pennsylvania lower than in other states?
Yes, Pennsylvania boasts some of the lowest gas prices in the country, thanks to its well-established natural gas industry and proximity to major distribution hubs.

3. Why are diesel prices in Pennsylvania among the highest?
There are various factors that contribute to Pennsylvania’s elevated diesel costs, including taxes, transportation infrastructure, and local market dynamics. These factors combined result in higher prices for diesel fuel in the state.

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FAQ: Managing Energy Costs in Cold Weather

1. Will my energy bill increase during the cold weather?

Yes, there is a possibility that your energy bills may increase due to the onset of cold weather. Many utilities will adjust their supply prices, which could lead to higher costs. However, it is important to note that not all utility bills will go up.

2. How can I balance staying warm with keeping energy costs under control?

The Pennsylvania Public Utilities Commission (PUC) suggests several ways for consumers to manage their energy costs without compromising on warmth. Some helpful tips include:

– Paying attention to the thermostat: Every degree you raise or lower the temperature can have an impact on energy costs (up to 3%). Consider using a programmable thermostat to automatically adjust temperatures when no one is home.
– Regular furnace maintenance: Maintaining your heating system and cleaning air filters ensures efficient operation, reducing energy consumption.
– Improving insulation: Adding insulation, installing storm windows and doors, and sealing cracks and air leaks in your home can help retain warmth and reduce energy usage.
– Utilizing ceiling fans: Installing or repairing ceiling fans in high-traffic rooms can help circulate warmer air near the ceiling downward, creating a cozier environment.
– Adjusting water heater temperature: Lowering the temperature on your water heater can contribute to energy savings.

3. Can I shop for a better price for energy supply?

Yes, you have the option to shop for a better price for energy supply. The generation/supply component of your energy bill can be subject to change depending on your contract with your provider. If you shop around, you may find better prices. The Pennsylvania Public Utilities Commission advises consumers to explore energy shopping websites like and for guidance on how to shop for supply services. Additionally, some electric distribution companies offer voluntary electric shopping programs that help regulate supply costs.

4. Are there assistance programs available for struggling households?

If you are facing financial difficulties in paying your heating bills during the winter, the Pennsylvania Public Utilities Commission encourages you to reach out to your utilities. Direct conversations between customers and utilities are highly recommended to address outstanding bill balances and discuss utility assistance programs. You can also explore the Low-Income Home Energy Assistance Program (LIHEAP) offered by the Pennsylvania Department of Human Services. LIHEAP provides cash grants to low-income households to help with heating costs, and the application period for 2023-2024 is currently open until April 5.

Remember, it’s important to take proactive steps to manage your energy usage and costs during the cold weather. By implementing energy-saving practices and exploring available resources, you can stay warm while keeping your energy bills under control.