10 Things To Do Around Your Home This Fall

10 Things To Do Around Your Home This Fall

The beautiful Virginia leaves are changing to oranges and yellows, and fall is upon us. As we slip into cozy, chilly days, now is a good time to prep your home for the colder winter days ahead. It’s also a good time to make sure your home is healthy for the increasing amount of time we spend indoors. To get you started, here are 10 things you can do for your home this fall to help you improve its energy efficiency and safety and save you money.

The good thing is, you don’t have to do everything on this list to save yourself money and make your home safer, even just doing one or two things can help! So if doing all of these isn’t realistic for you, try doing one or two this year. Consider this a starting point for future updates.

 

Historic Home roof and chimney.

 

1. Seal Windows and Doors

Ensure your home is energy-efficient and reduce the outdoor allergens in your home by sealing gaps around windows and doors. You can add weatherstripping to stop the air leaks, and a quick caulking job can prevent drafts and reduce your heating costs in winter. Use a windy day to help identify air leaks, or give us a call and Charles can help you find leaks with a free energy-audit.

2. Inspect and Clean Your Gutters

Late fall is the perfect time to clean out debris from your gutters to prevent blockages and water damage. All the leaves and twigs that have accumulated can create blockages which can lead to stagnant water, which attracts pests and provides a place for mold to grow. Once the temperatures dip below freezing, sitting water will freeze and expand, which can cause cracks in the gutter system and damage to your home’s exterior. Cleaning out your gutters can protect the structural integrity of your home and help avoid expensive repairs in the future. For more detailed information, check out American Home Contractors blog: “How to clean gutters in Virginia?“.

3. Check and Upgrade Insulation

Check the insulation in your attic and crawl spaces to make sure your home stays warm. Consider upgrading to more energy-efficient insulation if needed. More on insulation on our blog post: “Insulation in your attic can determine your comfort in your living room“.

4. Trim Trees and Shrubs

Before the winter storms, trim any deadwood and overgrown branches that could fall and cause damage to your home or power lines during high winds, heavy ice, or snow.

5. Check and Clean Dryer Vents

Lint buildup in dryer vents is a common fire hazard. Clean your dryer vent thoroughly to reduce the risk of fire, speed up drying time for each load, and help save electricity.

6. Service Your HVAC System

Schedule a professional inspection for your heating system to ensure it’s working efficiently. Replace filters and clean ducts for better air quality. Leaves can also pile up around your outdoor heat pump which can drastically reduce the efficiency of the unit, so make sure to check outdoors too.

7. Inspect The Fireplace and Chimney

If you have a fireplace, now is the time to clean and inspect your chimney. Ensure it’s free from debris or creosote build-up for safe use during the colder months.

8. Check Your Home’s Exterior for Damage

Look for cracks, gaps, or damage to siding, brickwork, and foundation. When water seeps into small cracks or gaps in the siding, brickwork, or foundation, it can freeze during cold temperatures. As water freezes, it expands, causing the cracks to widen. Repeated freezing and thawing can lead to significant structural damage, like crumbling brickwork, larger gaps in siding, or even foundation shifts. Addressing small issues now can prevent larger problems as temperatures drop. 

9. Test Smoke and Carbon Monoxide Detectors

If you’re making your way through the list, why not ensure all your safety alarms are functioning properly? It’s always a good idea. Replace batteries and test the devices to ensure that they’re working when needed.

10. Winterize Outdoor Faucets

Disconnect hoses, drain outdoor faucets, and install insulated covers to prevent frozen pipes during winter. This small task can prevent major plumbing issues. Forbes Home gives a quick and easy How-To in their beginner guide: “How to Winterize Outdoor Faucets“.

 

Seasonal Allergies getting to you? Let’s design a better solution

Seasonal Allergies getting to you? Let’s design a better solution

As we design new custom homes and renovate existing homes into dream homes, we have to think about indoor air quality issues. Studies have shown that we spend 90% of our time indoors. Scientists have reported that warming temperatures have a direct impact on seasonal allergies such as tree pollen. I know my seasonal allergies are impacting me daily! We have also seen a rise in airborne viruses. Add the pollen and viruses together with building code requirements for tighter and more energy efficiency and you get indoor air quality challenges in your home.

Filters

There are ways to design better systems that not only filter out pollen but clean the air in your home to a point where you will get sick less often. The first line of defense is a high-efficiency air filter for your heating and cooling system. This filter should have a MERV 13 or higher rating with pleats that catch allergens like pollen, dust mites, and pet dander. Then you need to remember to replace the filter on a regular basis. I use a 5” pleated filter in my system at home which should be changed every 6 months. Many filters require a 1 – 3 month change if they are not as robust as a 5” pleated option.

In addition to a quality filter, you may think about installing an air purification system on your return duct, such as a UV germicidal lamp. These systems will kill viruses that land on the coils of your HVAC system.

Humidity

Humidity control inside your home is also a key feature to keeping mold from growing. This is not only done with your air conditioning system but could also include a dehumidifier. Other impacts to indoor humidity are insulation in your thermal envelope of the home, the water management system on the exterior of the walls and roof, and the source of fresh air. Keeping humidity below 50% reduces the chances of mold growth.

HVAC System

A quality HVAC (Heating, Ventilation, and Air Conditioning) system will include ducts and vents that have 10% or less air leakage before they get to the room they are intended to heat and cool. This is not the normal standard air leakage I see in ductwork for many existing homes. You may also consider adding ventilation to your HVAC system if the house is tight enough to need it. This can also be done in the return duct using an ERV (Energy Recovery Ventilator).

Keeping your HVAC system running efficiently can also contribute to better indoor air quality. This regular maintenance will verify that all systems are functioning properly. The company doing this work will also look at preventative measures to keep your system functioning properly.

 

Materials

Thinking through the materials inside your home is another important indoor air quality design strategy. You will want to make sure that you don’t add anything that has toxic off-gassing once installed. There are many glues, paints, and stains that no longer have VOC’s. Using hypoallergenic furnishings and carpets is also recommended. Paying attention to your ductwork install is also important. Masking off ducts during construction keeps them clean prior to startup.

If you are like me – itchy eyes, running nose, and a seasonal cough – you will want to do everything you can to improve your indoor air quality. It will pay off in less sick days, more energy, and a clearer head.

Trauma-Informed Design

Trauma-Informed Design

*Content Forecast: This blog includes discussion about trauma. These discussions are located in the First, a quick explanation of trauma. section and are broad definitions of trauma, not specific stories.

bonus room with couch and chair. Light during golden hour streams through the window.

In recent years, the conversation around mental health has expanded to encompass various aspects of our lives, including the spaces we inhabit. Architecture, traditionally seen as a field focused on aesthetics and functionality, is now exploring a more empathetic approach known as trauma-informed design. This design philosophy prioritizes the well-being of individuals who have experienced trauma, recognizing the profound impact that the built environment can have on their healing journey. 

In May of 2023, I attended Trauma Informed Design: Breaking the Stigma, a Webinar by Lynsey Hankins and Sarah Gomez. As someone who has experienced trauma, the emerging field of trauma-informed design is of particular interest to me. It’s also relevant on a large scale to make spaces more comfortable and empowering. One example in the global context is the collective trauma experienced from the COVID-19 Pandemic, which still impacts many of us on different scales.

*First, a quick explanation of trauma.

Mind describes trauma: “Trauma is when we experience very stressful, frightening or distressing events that are difficult to cope with or out of our control. It could be one incident, or an ongoing event that happens over a long period of time.” They explain that “most of us will experience an event in our lives that could be considered traumatic” even though it will affect people in different ways. The effects can last long after the initial incident.

Trauma is sometimes split into three broad categories: acute, chronic, and complex. There are also many types including physical, emotional, collective, cultural, generational, natural disaster-related, and many more.

The Built Environment and Trauma

 

 

Our surroundings play a significant role in shaping our experiences and emotions. Trauma-informed architecture acknowledges that traditional design principles may inadvertently trigger or exacerbate trauma symptoms. For example, harsh lighting, loud noises, and confined spaces can be particularly distressing for individuals who have experienced trauma. Conversely, a well-designed and thoughtful space can create a sense of comfort and contribute positively to a person’s healing process.

As Lynsey and Sarah explained, “The goal of trauma-informed design is to use empathy to create environments that promote a sense of calm, safety, dignity, empowerment, and well-being for all occupants.” The lens of trauma-informed design is a broad and intersectional lens. “Design decisions should be filtered through the overlapping lenses of psychology, neuroscience, physiology, and cultural factors”.

Design Considerations

 

Soft blanket draped across a chair.

 

Trauma-Informed Design is frequently talked about in regards to public spaces such as hospitals and educational buildings, but it can be applied to any space that we inhabit. There are many many ways to apply this design, but here are just a few things to consider:

 

1. Safety and Security:

        • Prioritize creating spaces that feel safe and secure.
        • Clear wayfinding signs, well-lit areas, and open spaces to reduce feelings of confinement.

2. Sensory Considerations:

        • Incorporate natural light, soft textures, and calming colors.
        • Minimize loud noises and disruptive elements
        • Include natural elements to your design. There is wide-spread documentation that connection to nature provides physical and psychological health benefits.

3. Empowerment and Choice:

        • Allow individuals to have control over their surroundings when possible.
        • Provide flexible spaces that accommodate different needs and preferences.
        • People can use their own artwork in communal spaces. Including people in a space gives choice, control, and belonging.

4. Cultural Sensitivity:

        • Recognize and respect cultural backgrounds when designing spaces.
        • Reflect inclusivity and avoid triggering cultural trauma.

5. Community and Connection:

        • Foster a sense of community that encourages social interaction.
        • Incorporate communal areas and support networks to promote healing through connection.

The ways this theory can be applied will differ between buildings and inhabitants, but a few key things to consider are spatial layout, lighting, paint colors, noise reduction, biophilia, adding soothing art and visual interest, and designing with the 5 senses in mind.

 

Trauma Informed Architecture

Trauma-informed architecture represents a shift in a way we approach design, emphasizing empathy and understanding. As the architecture world continues to explore the intersection of mental health and the built environment, trauma-informed architecture illustrates the transformative power of thoughtful design in fostering healing and resilience. As Architects and Designers, we have the unique opportunity and responsibility to influence people’s lives through the built-environment, and trauma-informed design is an important lens for developing our designs.

Blog written by Asha Beck 

Cold weather Cold house No More

Cold weather Cold house No More

Do you have a cold house? This cold snap has been a great reminder of all the things you can do to your home to stay warm and comfortable. From air leaks to missing insulation to old windows, there are many things that can be improved in most homes.

Even if you are not ready to call in the contractors, there are simple things that you can fix on your own to make your home more resilient.

Stop the air leaks around every electrical outlet and light switch.

 

thermal image of outlet.

 

That’s right, air leaks exist around every electrical outlet and light switch in your home! Yes, your windows are also a source of air leakage, but first you need to stop these points. You probably have a lot more linear leak potential around outlets than you have window problems.

 

Seal around light fixtures and window trim.

 

 

Sealing around your light fixtures and window trim is also an easy way to help your home, and you can do this yourself. Caulk those joints where two materials come together. Here is more on how to pick the right caulk.

 

Think through other air leak areas.

 

 

Basically, you’re doing it right now because you’re reading this blog. Think about where the air leaks could occur – think about all the places drywall was cut to install a vent, outlet, access panel, window, or light.

 

Good insulation is key!

 

 

  1. Adding the right insulation in the right place is critical. Start in the attic, that “extra blanket you put over the house to keep the warm air inside“.
  2. Add insulating curtains and open them when the sun is warm and close them when you want to trap the warm air in your home.Utilizing natural light is a great way to save you money.
  3. Once the attic insulation is right, you should have someone conduct an energy audit to determine where else you need insulation corrections.

What is an energy audit?

 

Indoor Air Quality

 

ductwork, foam, and beams

 

Thinking about your indoor air quality will help you stay well during these cold months when you’re spending more time indoors.

 

More Winter Considerations

Other winter considerations to cut your electric bill while staying warm are your fireplace, outside mechanical systems, windows, and duct leakage. All of these things impact your comfort and energy usage. If you have single pane windows you can add plexi inside of them or cover them in plastic for now – replacement is a longer term solution. If you have air leaks and missing weatherstripping, replace it. If you have insulation falling down in your crawl space put it back into place until you can encapsulate your crawl. If you have pipes coming through walls with air space around them, seal it up.

On cold days like this, I am very happy that we choose to focus on building science solutions that are proven and tested for our client’s custom homes. I know that they are comfortable in their dream homes.

 

 

 

Should you install Solar PV on your Roof? Part 2

Should you install Solar PV on your Roof? Part 2

Here is part 2 to answer should you install Solar PV on your roof? Check out part 1 as well as one of our architects, Charles Hendricks and Eric with Green Hill Solar answer your questions.

Charles, how does this Solar PV thing work, will my house be “on the grid?”

You will still use the grid and should pay a usage charge to the power company to be connected – this pays for the grid quality and your access to power at night – even when you are producing what you need or more than what you need – you are using the grid. There are no battery solutions that I have seen yet that are affordable and reliable. When there are, you will not need the grid.

 

Eric, I understand I can get “free solar” from some companies – how does that work? What about adding Solar to my commercial building? Are there still tax benefits to adding solar PV?

Be aware of the “free solar” statement. There really is no free solar. The current financial benefits are tax oriented. Private individuals and businesses will qualify for a 30% federal tax credit that can be taken over 2 years. Businesses and Farms can, additionally, depreciate their solar equipment. “No money down and no upfront costs” usually refer to a “no money down, loan”. If your project will be financed with a solar loan, understand any “dealer fees” that are being passed on to you. They are used to help bring down the loan rate. When you pay out of pocket for your system, you should evaluate annual production, Return on Investment (ROI), years of payback, and always the environmental benefits. When you pay with a loan, the key metric is comparing monthly payments to your average monthly electric bill.

Charles, should I have my existing roof replaced before adding solar PV?

If your roof is not newer, you probably want a roofer to evaluate the life in it before installing solar. You don’t want to have to remove solar to replace a roof before you have gotten the value out of the solar PV.

 

Charles, now that you have answered a lot of our questions, where do I start?

Start with this website to determine if your roof has good solar potential.

https://sunroof.withgoogle.com/

If the answer is yes, then collect your utility bills for the past year for the solar PV company you decide to reach out to for a quote.

Ask someone like Eric Beck with Green Hill Solar to give you an estimate for installation. The way I would look at it, cost vs value – is to finance the system through a bank with a 15 – 20-year loan (panels will last a long time, but usually have a 25 year warranty). If your payment to the bank is less than your current electric bills, then you should have solar PV. If you can also use the tax credits that is icing on the cake. Solar PV does add value to your home so if / when you sell you should be able to get most if not all your money back out of the system.

 

Eric, final question, how long does it take to get the system up and operational once you get started.

An average residential installation should take 2-3 days. The utility application and approvals on the front and back end can take up to 30 days, so be ready for patience. Solar PV has been well designed to be very low impact and easy to retrofit on most homes, so the impact on the lifestyle of the occupants is minimal. Ultimately, be comfortable with the installer and their abilities, as you would be with any contractor. And understand, despite the rewarding nature of solar work, the unique challenges of solar work include navigating long utility review processes, local building departments, and physically demanding technical work.

What questions do you have that we can give to Charles and Eric to consider?

sunsetting and birds flying over roof solar panels of Casa Cielo

Photo above of Casa Cielo solar panels by Susan L Beck with Green Hill Solar.

Should you install Solar PV on your Roof? Part 1

Should you install Solar PV on your Roof? Part 1

Over the last couple of weeks, several people have posted questions on social media about adding solar photovoltaic (PV) to their home. So, should you install Solar PV on your roof? We asked one of our architects, Charles Hendricks, and reached out to the owner of a Solar PV company, Eric Beck, with Green Hill Solar to help us understand.

So, Charles, should we all have solar PV on our rooftops?

Solar on south-facing unshaded roofs that are financed with an equity line will cost you less per month than you pay now for power (in most cases). The equity line is a loan so you must qualify for the loan and will have debt until the loan is paid off. This will eliminate some that don’t have enough equity or others that don’t want to carry debt. However, you could look at your monthly power bill as a “loan payment” the same as an equity loan payment. If solar PV is cheaper or even the same price as grid power, I think the answer is yes, we should all have solar on our rooftops.

 

Eric, what are your thoughts about solar PV on our rooftops?

Distributed solar is increasingly becoming viable for many more people as technology improves and costs decrease through improved collection and other market incentives. Distributed solar is generally photovoltaic (electric production) and located on rooftops or ground mounts. They are very simply small electrical plants that are connecting to the grid across the country. A south-facing roof is ideal! Even if a roof is not exactly south facing (azimuth), solar collection has improved so dramatically that even East or West facing roofs can make sense.

solar panels overlooking mountains

Charles, how do you decide what Solar PV company to use to install this clean energy source?

There are many companies that are good quality trusted options in the area – I know most of them. There are benefits to full-service companies that will finance the system for you but they have more risk, so they get more reward. There are companies that have a better customer interface – again – you pay for that warm fuzzy feeling. Then there are companies that are average on warm fuzzy feelings that don’t finance the systems that cost less up front to. Your roof will need to be analyzed to be able to hold the added weight – all the companies will offer this service. Some of the companies will also do an energy audit and offer weatherization to cut use before installing the solar. Interview and select the company that you trust to provide the best value.

 

Eric, what are some ways to evaluate a Solar PV company before you hire one?

Because I’m in the business, I can sometimes lose perspective of what it’s like to be a customer.  Below are some excellent questions that I have been asked recently by our customers when we were assessing their homes and offering our design/proposals.

  • Why have the companies chosen their type of solar panel and inverter?  Always look for Tier 1 panels, and the differing inverters offer their own pros and cons.
  • What is the equipment warranty period and how are the solar companies warranting their labor?  You should be getting a warranty of at least 25 yrs. for all rooftop components and understand how the warranty on installation works.
  • Is my roof or our property good for solar?  Most salespeople should be able to outline how your property compares to an ideal orientation, and how much your solar production will be impacted by shading from trees, roof features, or adjacent roofs.  In the Shenandoah Valley, there can be shading impacts from close valleys and ridges as well.  Fortunately, your roof doesn’t have to be oriented in the perfect way to benefit from solar.  Solar collection has improved dramatically and makes it possible for many to realize the environmental and financial benefits of solar.

Part 2 coming soon, check back for more answers.