“Fuel Efficiency 101: How to Save Gas While Driving Your Car”

“Fuel Efficiency 101: How to Save Gas While Driving Your Car”

Here at Solarponics, we can’t help but think about energy savings everywhere we go. And most times, we’re going somewhere in a car or truck.

With rising fuel costs and environmental concerns, saving gas has become a top priority equal to energy saving in the home. Fortunately, there are numerous ways to improve your vehicle’s fuel efficiency, which not only helps you save money but also reduces your carbon footprint. In this article, we will explore practical tips and techniques for maximizing fuel efficiency while driving your car.

  1. Maintain Your Vehicle: Regular vehicle maintenance is crucial for fuel efficiency. Ensure that your car is in good condition by regularly checking the engine, tires, and other essential components. Key maintenance tasks include:
    • Keeping your engine properly tuned: A well-maintained engine can improve fuel efficiency significantly.
    • Monitoring tire pressure: Under-inflated tires create more rolling resistance, reducing fuel efficiency. Check your tire pressure regularly and keep them inflated to the manufacturer’s specifications.
    • Replacing air filters: Dirty air filters can reduce engine efficiency. Regularly changing the air filter can help your engine breathe easier.
  2. Drive Smoothly: Your driving habits have a significant impact on fuel consumption. Here’s how you can drive more efficiently:
    • Accelerate and brake gently: Sudden acceleration and heavy braking consume more fuel. Gradually accelerate and coast to a stop whenever possible.
    • Maintain a steady speed: Use cruise control on highways to maintain a consistent speed, which helps optimize fuel consumption.
    • Avoid idling: Idling wastes fuel. Turn off your engine when parked or waiting for an extended period.
  3. Reduce Speed and Limit Aggressive Driving: Speed has a direct correlation with fuel consumption. The faster you drive, the more fuel your car consumes. Reducing your speed on highways can make a noticeable difference in fuel efficiency.
  4. Plan Your Trips: Efficient trip planning can help save fuel. Combine errands, so you make fewer trips, and choose the most direct routes. Avoid traffic jams and rush hour if possible, as stop-and-go traffic can significantly decrease fuel efficiency.
  5. Lighten the Load: Carrying unnecessary weight in your vehicle can reduce fuel efficiency. Remove items from your car that you don’t need for your trip. Additionally, roof racks and carriers increase aerodynamic drag, so consider removing them when they’re not in use.
  6. Use the Right Fuel: Always use the manufacturer-recommended fuel for your vehicle. Using a higher octane fuel than necessary won’t improve performance and may even decrease fuel efficiency.
  7. Keep Your Car Aerodynamic: Aerodynamics play a crucial role in fuel efficiency. Reduce drag by keeping your windows closed on the highway and removing roof-mounted cargo carriers when not in use.

Conclusion: Saving gas while driving your car is a win-win situation. By implementing these tips and techniques, you can not only reduce your fuel expenses but also contribute to a greener environment. Remember that small changes in your driving habits and vehicle maintenance can make a significant difference in your fuel efficiency, making every mile you drive more economical and eco-friendly.

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Do Solar Panels Produce Energy In Winter Months?

Do Solar Panels Produce Energy In Winter Months?

Winter means shorter days, and because of the reduced sunlight hours, many people assume that solar panels also have reduced efficiency. This is a misconception.  Even in the dreary, short days of the winter months, photovoltaic (PV) panels will still produce energy. Solar panels transform light — not heat — into electrical energy to power your home.

Although short winter days mean a significant decrease in exposure time to sunlight, solar panels efficiently uptake whatever sunlight is available and convert it to usable electricity.

PV solar panels work in winter, but optimizing energy generation requires knowing how they react to cold temperatures and snow.

Winter weather also means more power outages, making whole home backup power solutions an effective safeguard against blackouts that allow you to continue reaping the benefits of solar energy. For this, consider adding battery storage and backup.

Do Solar Panels Work in Cold Weather?

Because photovoltaic panels rely on light rather than heat, they will continue to perform even in freezing or sub-freezing temperatures. As long as they have adequate sun exposure, they can continue to generate electricity. Solar panels actually improve their efficiency in colder temperatures since lower temperatures prevent overheating.

What Are the Benefits of Using Solar Panels During Winter?

Solar panel producers account for seasonality and ensure that there are accessible methods to maintain electricity production year-round.  It allows homeowners to take advantage of solar power systems’ benefits, even in winter.

Plastic Pollution: It’s Worse Than You Think.

Plastic Pollution: It’s Worse Than You Think.

Plastic pollution is a global problem. Every year, 350 million tons of plastic waste is created and disposed of. 19-23 million tons of that have leaked into and polluted nearly every aquatic ecosystem on earth, including lakes, rivers, and oceans.

Microplastics, extremely small pieces of plastic debris, are found in every ocean and on every continent, including remote islands and in both polar regions, posing a major threat to ecosystems due to their direct and indirect potentials an environmental pollutants. When plastic particles break down into microplastics, they gain new physical and chemical properties, increasing the risk that they will have a toxic effect on organisms. And the larger the number of potentially affected species and ecological functions, the more likely it is that toxic effects will occur. Additionally, micropastics remain in the ecosystem for 100 to 1,000 years. If that isn’t worse than you thought, I don’t know what is.

I could go on and on about the impact of microplastics on virtually every single living system on earth, but my goal is to get everyone to recognize there is an issue, and to start doing something about it. I’m assuming, for the rest of this article, that we all agree that most forms of plastics and our excessive use and disposal of plastics is rapidly becoming a global environmental disaster that needs to be immediately addressed.

It is important to note that less than 10% of plastic waste generated globally has ever been recycled simply because there is too much of it. Waste management experts say that the problem with plastic is that it is expensive to collect and sort. Yet, more and more products switch to plastic packaging each year, adding to the problem with the global plastic packaging market on track to reach $412 billion in value in 2024.

An Environmental Defense Fund report found that almost everything at our grocery stores contains some plastic packaging (71% of items in the produce department were packed in plastics. Do bananas really need to be wrapped in plastic?

The more I hear, learn, and see for myself the effects of microplastic waste on ecosystems, the more I try to avoid buying plastic in the first place. I found this task to be much easier said than done. After having tried to eliminate my plastic use, I discovered it simply cannot be done. Instead of feeling defeated, I merely switched tactics to reducing my plastic use footprint.

The average American uses and throws away 110 pounds, or roughly 50 kilograms, of single-use plastic every year. By following just five of the plastic-reducing tips below, we can reduce 16 lbs. (15%) of plastic waste each year, easily, and with little or no inconvenience. Plus, we will be creating a healthier environment and lifestyle, and we will save money in the process.

Here are some easy and achievable steps I started with to reduce my use of plastics. First and foremost, became more aware of all of the unnecessary plastic packaging.

  1. I choose items packaged with the least amount of plastic and/or buy in bulk.
  2. Stopped buying single use plastic drinks. I choose aluminum or glass whenever possible. Aluminum is indefinitely recyclable. More than 75% of aluminum gets recycled.
  3. I ditched all grocery store plastic bags and use the cloth bags instead. All of my cloth bags I got as schwag for free. Bonus.
  4. I’m reusing the plastic containers I already have. Ex: refilling spray bottles with natural cleaning recipes.
  5. I skip the straw. I found it laughable that a paper straw I got the other day came in a plastic wrapper.

There are dozens more, but just start with these five suggestions. If we all start making small changes, over time, we can ween ourselves off of single-use plastic without the withdrawal symptoms. If you are an eco-warrior, please visit https://www.solarponics.com/reduce-plastic-consumption to see more ways to reduce or eliminate your single-use plastic consumption.

Can a Piece of Copper Pipe Eliminate Swimming Pool Algae?

Can a Piece of Copper Pipe Eliminate Swimming Pool Algae?

I don’t know how many times I have fielded calls from customers regarding some life hack that they saw on TikTok regarding their swimming pool. Some are interesting, and workable. Most are not. The latest one is regarding a hack to prevent algae from forming in swimming pools.

Supposedly, if you put a 3” piece of copper pipe in your swimming pool skimmer basket, the pipe will prevent algae from forming.

The myth may have started here. While some algaecides have a form of copper in their ingredients,  it is far different from a piece of copper pipe. Pool Time Algicide and Clarifier is such a product. It contains copper sulfite. Copper sulfate is a result of the reaction of copper oxide to sulphuric acid. I’m no chemist, but that doesn’t sound like a copper pipe to me. Copper sulfate is water soluble and works by inhibiting photosynthesis in the algae, thus killing it.

Many water pipes are copper because copper is antimicrobial making it impossible for bacteria and viruses to grow inside the pipe. This has made copper pipes ideal for home water systems, where there will be long periods of standing water int he pipes. So, while a 3” piece of copper pipe placed in your swimming pool filter basket will not grow algae inside the pipe, it will not prevent the growth of algae elsewhere in the pool.

I’m not a swimming pool chemist. However, I do have a swimming pool. And I did have an algae problem this summer. I treated it the tried and trusted way. Test and balance the water. Add a pool shock. Use a pool brush to vigorously scrub the surfaces. Vacuum the pool. Apply a mustard algaecide (for green algae) following label instructions. I used Pool Time Algicide and Clarifier. Stay out of the pool and allow water to circulate for 24 hours. Clean filters. Vacuum and brush again. Test and balance pool chemicals again. Algae gone. Problem solved.

To avoid an algae outbreak in the future, keep the pool chemistry balanced. Make sure your filters are clean. Consider a new variable speed pool pump which can circulate more water and will be more energy efficient at the same time, saving money. Or, add a Bioshield swimming pool EV sanitizer.

Should You Buy Solar Shingles?

Should You Buy Solar Shingles?

Most solar systems use traditional rooftop solar panels. While these offer excellent energy savings, they can look clunky and noticeable on your roof. New technology has led to solar shingles, which function as solar panels but provide a sleeker, more low-profile, integrated look. But are solar shingles worth the investment?

What Are Solar Shingles?

Solar shingles are an alternative to traditional solar panels that blend in more seamlessly with your roof. Like solar panels, they absorb sunlight and convert it into electricity for your home. Solar shingles are categorized as building-integrated photovoltaics (BIPV), or solar products that replace conventional building materials such as roofs or glass windows. BIPV solutions reduce building material costs while providing renewable energy.

Shingles aren’t as readily available as traditional panels, but there’s a growing interest in them. The DOW Chemical Company introduced solar shingles to the U.S. market in 2011. They became more popular when Tesla debuted its solar roof in 2016. Since then, more solar panel companies and installers have begun offering solar shingles for residential installations.

Solar shingles resemble standard asphalt roof shingles but vary in composition. These shingles contain thin layers of photovoltaic (PV) sheets that cover a glass base. They can either cover your existing roof or replace it. Just like your roof, shingles are designed to withstand the elements, including heavy rain, wind, and hail. Th average size of solar shingles is typically 12″ x 86″. They are designed to cover or replace traditional asphalt shingles. These solar shingles use copper indium gallium selenide (CIGS) cells.

Power Production

You’ll need to match your home’s energy needs to your solar system’s power output. High-quality mono panels can produce more than 400 watts per panel, while solar shingles generate 13–70 watts each. You’ll need more solar roof tiles to match a single solar panel adequately. Depending on their output, it could take 20–30 shingles to provide as much power as one high-powered solar panel.

Lifespan and Warranty Coverage

Solar panels can last more than 25 years with the right upkeep. High-efficiency solar panels typically have 25-year warranties to match this life span. Solar shingles last around 20 years. Similar to panels, solar manufacturers may include two separate clauses for durability and power production. Your power production guarantee covers your shingles for 20 years, but the durability coverage may extend through your home’s lifetime.

Solar Shingles Costs

Solar shingles are more expensive than the cost of installing solar panels. According to the Solar Energy Industries Association (SEIA), a standard 5-kilowatt (kW) solar panel system costs around $15,500. Solar shingles cost $20–$30 per square foot, so you could pay between $36,000 to $54,000 for an 1,800-square-foot roof. This is an estimated cost for an entire roof installation. The price may vary based on how many shingles are needed to run your home and your shingle configuration.

Our Conclusion

Solar shingles allow homeowners to benefit from solar energy without bulky panel installations. However, the added aesthetic is rarely worth the cost. Being a fairly new technology, solar shingle technology and efficiency should improve rapidly in the next few years. So I would not install solar shingles at this point. As with any new technology, there are those that want to have the uniqueness of the latest and greatest, regardless of the cost. For most of our financially responsible clients, solar shingles are not yet desirable.