What should I do with my boiler in the winter time?

What should I do with my boiler in the winter time?

Do you have a boiler in your home?

Boilers heat water, and provide either hot water or steam for heating.

Steam is distributed via pipes to steam radiators. Hot water then can be distributed via baseboard radiators, radiant floor systems, or with a coil.

Hot water boilers are often favored for their efficiency and ease of temperature control, while steam boilers may be chosen for specific applications where high temperatures or certain steam-based processes are required.

What should I do with my boiler in the winter time?

Do you have a boiler in your home?

Boilers heat water, and provide either hot water or steam for heating.

Steam is distributed via pipes to steam radiators. Hot water then can be distributed via baseboard radiators, radiant floor systems, or with a coil.

Hot water boilers are often favored for their efficiency and ease of temperature control, while steam boilers may be chosen for specific applications where high temperatures or certain steam-based processes are required.

Which one is safer?

Hot water systems are generally considered safer as they operate at lower pressures and temperatures.

Steam systems can be more dangerous if not properly maintained or operated. High-pressure steam can cause severe injuries if there are leaks or malfunctions.

How do they work?

Steam boilers use water to create steam, which is then distributed throughout the heating system. The steam carries the heat to radiators or convectors, where it releases its energy and condenses back into water. Steam systems operate at higher temperatures and pressures.

Hot water boilers circulate hot water through pipes to radiators, baseboard heaters, or radiant floor systems. The hot water remains in a liquid state as it circulates through the system. Hot water systems operate at lower temperatures and pressures compared to steam systems.

What one is better at controlling the temperature?

Steam systems can be less precise in temperature control because they rely on the release of steam at a constant pressure. The temperature can vary depending on the amount of steam being released.

On the other hand, hot water systems offer more precise temperature control since the water temperature can be adjusted and maintained to meet specific comfort requirements.

It’s good to know about both especially when you’re looking at a new boiler system or replacing an old one.

We’re always around if you have any questions about boilers!

What should I be doing to my furnace in the winter time?

What should I do with my furnace in the winter time?

It’s that time of year–time when we like our furnaces to kick on!

What should you do in the winter time to keep your furnace operating smoothly?

Here are a few things that you can do:

A dirty or clogged air filter can restrict airflow and reduce the efficiency of your furnace. Check your filter monthly and replace it as needed, typically 1 to 3 months.

Consider having us come out and inspect and service your furnace annually (ideally before the heating season begins). That way, we can identify and address any potential issues, clean components, and insure the system is operating efficiently.

Make sure that all vents and registers in your home are unobstructed by furniture, rugs, or other objects. This ensures proper airflow throughout your home.

Proper insulation and sealing of gaps and cracks in your home can help retain heat, reduce the workload on your furnace and save energy.

If you don’t already have one, consider installing a programmable thermostat. This allows you to set the regular schedule that lowers the temperature when your way or sleeping and it raises it when you’re home and awake, saving energy, and reducing the strain on the furnace.

Ensure that your thermostat is functioning correctly and accurately, reflecting the temperature in your home. Replace batteries if necessary.

Play attention to any unusual sounds, odors, or changes in hearing performance. If you notice anything out of the ordinary, contact us and we’ll see what’s happening.

Avoid storing items near the furnace, and ensure there is adequate space for proper ventilation and maintenance access.

If your furnace has a pilot light, make sure it’s burning a steady blue flame. If you have an electric ignition system, ensure that it’s functioning properly.

Consider installing a back up generator or having alternative healing sources (e.g. space heaters) available in case of power outages.

Make sure you have carbon monoxide detectors installed in your home, especially in your bedrooms and your furnace. Test them regularly and replace batteries as needed.

By following these steps, you can help ensure that your furnace operates smoothly during the winter, keeping your home warm and comfortable while minimizing energy consumption and potential issues. If you’re not comfortable performing any of these tasks yourself, it’s always a good idea to consult us for assistance.

Mitsubishi vs Bosch vs Generic HVAC Systems

Expert Technician of Small Solutions Working on Mitsubishi Ductless Services

Mitsubishi vs Bosch vs Generic HVAC Systems

Expert Technician of Small Solutions Working on Mitsubishi Ductless Services

When choosing between Mitsubishi HVAC, Bosch HVAC, and generic HVAC systems, there are several factors to consider. Each option has its own set of advantages and disadvantages:

  1. Mitsubishi HVAC:
    • Advantages:
      • Mitsubishi is a well-known and reputable brand in the HVAC industry, known for its high-quality products and innovation.
      • Mitsubishi HVAC systems often come with advanced features like inverter technology, zoning capabilities, and smart controls.
      • The company has a strong presence in the ductless mini-split and VRF (Variable Refrigerant Flow) market, which can provide efficient and flexible solutions for various spaces.
    • Disadvantages:
      • Mitsubishi HVAC systems tend to be more expensive compared to generic options.
      • The cost of replacement parts and repairs may also be higher due to the brand’s specialization.

  2. Bosch HVAC:
    • Advantages:
      • Bosch is a reputable brand known for its quality and reliability in various home appliances, including HVAC systems.
      • Bosch HVAC systems are often competitively priced and can offer good value for the features and quality they provide.
      • The company offers a range of HVAC products, including condensing gas boilers, heat pumps, and tankless water heaters.
    • Disadvantages:
      • Bosch may not have as extensive a presence in the HVAC market compared to dedicated HVAC manufacturers like Mitsubishi.
      • Availability and service options for Bosch HVAC systems may vary depending on your location.

  3. Generic HVAC:
    • Advantages:
      • Generic HVAC systems can be more budget-friendly upfront, making them a cost-effective choice for some consumers.
      • Depending on the specific manufacturer and model, you may find generic systems with adequate performance and efficiency.
    • Disadvantages:
      • Generic HVAC systems may lack the advanced features and reliability of well-established brands like Mitsubishi and Bosch.
      • Quality and longevity can vary widely among generic HVAC systems, and it may be challenging to find replacement parts and service providers.

When deciding between these options, consider the following:

  • Your budget: Determine how much you are willing to spend on an HVAC system and what features are essential for your needs.
  • Energy efficiency: Look at the energy efficiency ratings of specific models to assess their long-term operating costs.
  • Local availability: Check if local HVAC contractors are experienced with installing and servicing the brand you choose.
  • Warranty: Review the warranty offered by the manufacturer, as longer warranties can provide additional peace of mind.
  • Customer reviews and recommendations: Research customer reviews and seek recommendations from trusted sources, such as friends, family, or professional HVAC contractors.

Ultimately, the choice between Mitsubishi, Bosch, and generic HVAC systems will depend on your specific requirements, priorities, and budget constraints. Be sure to compare specific models, gather multiple quotes, and consult with HVAC professionals to make an informed decision.

We’re here – Summer, Winter, Fall and Spring

We're here for you - Summer, Winter, Autumn, and Spring

Whenever you need–Summer, Winter, Fall or Spring–we’re here to help with your HVAC needs.

Whether it’s late at night, or something happens when you’re in the middle of fishing, or the holidays… We’ve got you covered.

We can be at your place 24/7. Give us a call today!

Should you keep your old HVAC system, or upgrade to a new one?

Should you keep your old HVAC system, or upgrade to a new one?

Deciding whether to keep an old HVAC (that is, a heating, ventilation, and air conditioning system) or purchase a new one involves several factors that you should consider.

HVAC systems play a crucial role in maintaining comfort and energy efficiency in your home, so making the right decision is important. Here are some key points to help you make an informed choice:

  1. Age of the System: The age of your current HVAC system is a significant factor. Most HVAC systems have a lifespan of around 10-15 years for air conditioners and 15-20 years for furnaces and boilers. If your system is approaching or beyond its expected lifespan, it might be more cost-effective to invest in a new, more energy-efficient model.

  2. Energy Efficiency: Newer HVAC systems are designed to be more energy-efficient, which can lead to substantial cost savings on your energy bills over time. Older systems tend to be less efficient and may not meet current energy efficiency standards. Consider comparing your current system’s energy consumption to the potential savings of a newer system.

  3. Repair Costs: If your old HVAC system requires frequent and costly repairs, it might be a sign that it’s time to replace it. As systems age, they become more prone to breakdowns and malfunctioning components. Compare the cost of ongoing repairs with the cost of a new system to determine which option is more economical in the long run.

 4. Performance and Comfort: Newer HVAC systems offer improved technology, better temperature control, and enhanced comfort features. If your current system struggles to maintain a consistent and comfortable indoor environment, upgrading to a new system could provide a noticeable improvement in comfort and air quality.

5. Environmental Impact: Newer HVAC systems are designed to have a lower environmental impact by using more eco-friendly refrigerants and operating with higher energy efficiency. If you’re concerned about reducing your carbon footprint, a new system could align better with your environmental goals.

6. Tax Incentives and Rebates: Depending on your location, there might be tax incentives, rebates, or energy efficiency programs that encourage homeowners to upgrade to more efficient HVAC systems. These incentives can significantly offset the upfront cost of purchasing a new system.

7. Long-Term Savings: While a new HVAC system requires an upfront investment, it can lead to long-term savings through reduced energy consumption and fewer repair costs. Calculate the potential savings over the expected lifespan of the new system to determine its overall value.

8. Home Resale Value: Upgrading to a new HVAC system can enhance your home’s resale value, as prospective buyers are often attracted to modern and energy-efficient systems.

9. Compatibility and Ductwork: When considering a new system, ensure that it’s compatible with your home’s existing infrastructure, including ductwork. Sometimes, upgrading to a new system may necessitate modifications to the ductwork or other components.

In summary, the decision to keep an old HVAC system or purchase a new one depends on factors such as the age of the system, energy efficiency, repair costs, performance, environmental considerations, available incentives, long-term savings, and compatibility with your home. It’s often a good idea to consult with us, for we can assess your current system and provide recommendations based on your specific situation.

Here’s a good list of things to consider when you buy a new home

A few things to consider:

When inspecting the HVAC system while buying a home…

  1. Age of the HVAC system: Determine the age of the heating and cooling equipment to understand its remaining lifespan and potential replacement costs.

  2. Maintenance history: Inquire about the maintenance records to ensure the HVAC system has been regularly serviced and well-maintained.

  3. Professional inspection: Consider hiring us to thoroughly assess the system’s condition and identify any underlying issues.

  4. Exterior unit condition: Inspect the outdoor components, such as the condenser and exhaust vent, for signs of damage, rust, or poor installation.

  5. Thermostat functionality: Test the thermostat to ensure it is responsive and functioning properly.

  6. Air filters and ductwork: Check the air filters and inspect the ductwork for leaks, damage, or insulation problems.

  7. Heating and cooling test: Turn on the heating and cooling systems during the inspection to verify their functionality and listen for unusual noises.

  8. Even airflow: Check the vents and registers for even airflow throughout the house, which indicates a well-balanced system.

  9. Water damage: Look for water stains or mold growth around the HVAC system, indicating potential leaks or drainage issues.

  10. Energy efficiency: Inquire about the system’s SEER and AFUE ratings to assess its energy efficiency and potential operating costs.

  11. Active warranties: Ask if any warranties are still valid on the HVAC equipment, which can be beneficial for future repairs.

  12. Indoor air quality: Observe for signs of poor indoor air quality, such as lingering odors, excess dust, or mold growth, which could be related to the HVAC system.

  13. Recent repairs or upgrades: Find out if there have been any recent repairs, replacements, or upgrades to the HVAC system.

  14. Climate and needs: Consider the local climate and your specific heating and cooling requirements to ensure the system is suitable for the property.

  15. Energy-efficient features: Look for energy-saving features like programmable thermostats or ENERGY STAR certified equipment.

  16. Past utility bills: Request past utility bills to get an idea of the average energy consumption and potential costs.

  17. Future maintenance and costs: Discuss expected maintenance needs and potential repair expenses with us.

  18. Negotiation potential: Evaluate if any HVAC issues warrant negotiation with the seller for repairs or price adjustments.

  19. Multiple quotes for replacements: If a new HVAC system is needed, obtain quotes from both us and different contractors to compare options and costs.

  20. Compliance with local codes: Ensure the HVAC system meets local building codes and regulations.

By carefully considering these points during the inspection, you can make an informed decision about the HVAC system’s condition and potential implications for your new home.

This can also be uncomfortable.

This can also be uncomfortable!

Some things you can’t quite explain.


But when you need air conditioning or heating support, we can help with that! Our team can handle fixing systems or installing a new one when needed.

Contact us at SmallSolutionsLLC.com or (540) 425-3479 and we can help!

It can be uncomfortable.

It can be uncomfortable.

Sometimes, it can be really uncomfortable when something goes wrong!

Like getting a text that went to the wrong person unexpectedly.

We can’t help you with your texts, but we can ensure that your air conditioning or heating is operating at the top level.

She-Sheds and Mitsubishi


Have you ever thought about creating a cozy space in your backyard where you can relax and get some work done? We have just the thing for you!

With Mitsubishi Dustless heat pump systems, you can transform any space into a comfortable oasis — a she-shed, a home office, or even a workout room!
We’re currently offering 48 months with no interest on all installations, so it’s the perfect opportunity to upgrade your backyard.

Let’s work together to create the perfect space for you!

Are your coils clean?

Are your coils clean?

When it comes to air conditioning systems, it’s truly fascinating how the coils can attract debris like a magnet! It’s not just dust mites that love to cozy up to the coils – little pieces of grass, dirt, and other debris can really accumulate in there over the course of just a few months if the coils aren’t cleaned regularly.

It’s important to note that there are actually two different types of coils in most air conditioning systems: the evaporator coil and the condenser coil.

The evaporator coil is located inside the indoor unit of the air conditioner and its job is to absorb heat from the surrounding air. This happens when the refrigerant — a substance with excellent heat transfer properties — enters the evaporator coil as a low-pressure, cool gas. As warm indoor air flows over the coil, heat energy is transferred from the air to the refrigerant, causing it to evaporate and transform into a low-pressure, cool vapor.

The condenser coil, on the other hand, is situated in the outdoor unit of the air conditioning system.

Its purpose is to release the heat absorbed by the evaporator coil into the outdoor air. The high-pressure, hot refrigerant vapor from the compressor flows into the condenser coil and as outdoor air passes over the coil, the heat energy is transferred from the refrigerant to the air. This causes the refrigerant to condense back into a high-pressure, liquid state.

The compressor is what circulates the refrigerant between the evaporator and condenser coils. By raising the pressure of the refrigerant, it allows it to absorb heat in the evaporator coil and release it in the condenser coil. This refrigerant cycle throughout the system continues, providing a continuous cooling effect.

Overall, air conditioning coils are essential to the heat exchange process in these systems. The evaporator coil helps to cool down indoor air while the condenser coil releases absorbed heat to the outdoor environment. This cycle is what enables air conditioners to cool and dehumidify indoor air, delivering a comfortable indoor environment. To maintain the optimal cooling efficiency and system performance, regular cleaning and maintenance of coils is essential.