Changing your habits can save money on energy bills*

*Your mileage may vary.

A recent study by researchers at the Australian National University showed that behavior has the potential to save 10%-25% on residential energy costs. Saving 10%-25% on energy costs sounds good, especially since the average Massachusetts household spends more than $2,500 on energy costs each year. That means optimizing your energy consumption could reduce your energy bills by $250-$625 per year.

Now, for the bad news. Another equally relevant Israeli study showed that providing people with a lot of personalized energy consumption data had no positive effect on their behavior.

At all.

In fact, study participants who had been given very detailed information about their energy consumption actually used more energy than those who just received general tips on how to reduce their utility bills. Those with the most information about their specific energy habits could have easily spotted costly consumption behaviors. Yet, the exact opposite outcome occurred, even after adjusting for external factors like weather changes and weather extremes.

It’s easy to focus on the “save money on energy bills” part of the headline here (especially when $625 is at stake), but it is harder to succeed at the “changing your habits” stuff. So, if knowledge can’t help you when it comes to changing your energy consumption patterns, is there a strategy that can work?

How to lower your energy bills

“Automating” energy-saving habits is one way to change your actual energy consumption. That would include using a programmable thermostat- which won’t forget to turn the heat or A/C down. Motion-sensing light switches and timers also ensure that the lights get turned off when they’re not in use. Today, lighting won’t account for much of your home’s electric bill, as long as you have switched to LED bulbs. (If you haven’t, switch!)

Another major behavior change involves your buying habits. When you have to replace an appliance, look for EnergyStar-compliant models. Likewise, using WaterSense-compliant faucets, showerheads and appliances can reduce your water consumption significantly. These appliances and fixtures will cost more up-front, but they will quickly repay you in the form of lowered operating costs. You may also need to reconsider replacing appliances that still work well, but consume a lot of energy. This situation can happen easily with freezers and refrigerators. By replacing energy-hogging major appliances even though they may still work, you can reduce your utility bill significantly.

Take the time to seal the drafts and gaps in your home’s “thermal envelope.” Improperly insulated and sealed gaps can leak a lot of air into (and out of) your home. Closing these gaps will reduce your winter heating bill and your summer cooling bill.

Consider using fans to cool your home at night. Typically, the temperature drops after the sun sets. Bringing naturally cooled air into your home with fans can reduce the temperature and save money. But there’s a big caveat here. The humidity is a major factor. If the humidity is high, you’re better off leaving cool-but-wet air outside. You’ll ultimately spend less to cool the drier air that’s already in your home.

Your heating and cooling equipment consume most of your energy

Finally, take the time to understand how much your heating and cooling systems actually cost to operate. It’s very tempting to let an older, less efficient system run. A new, high efficiency replacement could pay for itself in just a few years through sharply reduced operating costs. A newer, high-efficiency system can help you lock in savings, while your older less efficient model locks in your expenses.

If you’d like more information about reducing your heating and cooling costs, give us a call at Boston Standard Company at (617) 288-2911. We’ll be happy to show you how you can take advantage of rebates and tax incentives to lower your energy consumption affordably.

Photo Credit: Nan Palmero, via Flickr

MassSave Heating and Cooling Rebates Available for 2019

MassSave is offering new rebates and incentives on residential heating and cooling products and installation. Now is a good time to consider upgrading, replacing or converting your heating and cooling equipment.

New heat pumps, furnaces or boilers can save money on your heating and cooling bills year-round. If your home heating and cooling equipment was installed before 1992, your savings could be even larger. The new rebate programs also allow you to save on conversions from one fuel type to another.

Just a note about the acronyms and abbreviations you’ll find below:
AFUE: Annual Fuel Utilization Efficiency
EER: Energy Efficiency Ratio
HSPF: Heating Season Performance Factor
SEER: Seasonal Energy Efficiency Ratio

Here is a look at some of the new rebate programs.

Air conditioning

The available air conditioning rebates are based on the size and the efficiency of the air conditioner. If you have an old ducted air conditioning system or you want to install a new one, you can claim a rebate of $50 per ton rebate. This assumes that your new air conditioning system has a SEER ≥ 16 and an EER ≥ 13.

Air Source Heat Pump Rebates

You can claim a rebate of $350 per ton on air source heat pumps that have a SEER ≥ 15 and a HSPF ≥ 9.

If you would like to use an oil or propane system in combination with an air source heat pump, you can also claim a rebate of $1,000 per ton on an air source heat pump with a SEER ≥ 15 and an HSPF ≥ 9 if the replacement system also features integrated controls. Integrated controls manage the selection of either the oil/propane system or the air source heat pump, depending on the outside temperature. You could instead claim a rebate of $1,600 per ton if the selected air source heat pump meets the Cold-Climate Air-Source Heat Pump Specification V3.0 and features integrated controls.

You can claim a credit of $150/ton on a ductless air source heat pump, provided the selected system meets the Cold-Climate Air-Source Heat Pump Specification V3.0.

If you already use an air source heat pump and an oil/propane system in combination, you can claim a rebate of between $500-$1,500 if you add qualified integrated controls to your system. You can claim one $500 rebate for each zone, up to a maximum of $1,500.

Natural Gas Furnace and Boiler Rebates

If you want to install or replace a warm-air furnace, you can claim a rebate of between $950 and $1,250, depending upon the efficiency of the new system. To qualify for this rebate, the replacement furnace must be at least 95% efficient and must be equipped with an Electronic Commutated Motor (ECM) or an advanced furnace fan system.

If you want to replace a forced hot water boiler, you can claim a rebate of $2,000 on boilers with an AFUE ≥90% and outdoor reset controls. On new boilers with a AFUE ≥95%, the rebate climbs to $2,750, provided the new unit also has an outdoor reset control.

On combination condensing boilers/on-demand water heaters, you can claim a rebate of $2,400, provided that the new boiler has an AFUE ≥ 95% and is a single-unit device.

If you do not want to replace your boiler, but you’d like to make it more efficient, consider adding an outdoor reset control. An ORC can be added to an existing unit to help make your home more comfortable on milder winter days that don’t require maximum output from your boiler. Outdoor reset controls can lower your heating costs between 5% and 30%, depending upon the boiler and temperature conditions. If you have an oil or propane boiler, you can claim a $100 rebate on an after-market ORC. If you have a natural gas boiler, you can claim a rebate of $225.

If you’d like more information about these rebate programs, or would like to know how you can take advantage of them, please contact us at Boston Standard Company at (617) 288-2911. We’ll be happy to explain your options, make recommendations and start the installation and rebate processes.

Photo Credit: Tekmar

Furnace repair: should you repair or replace your old furnace?

Furnaces never break at a convenient time. (Mostly because no one uses their furnace in the summer!) Worse, few homeowners plan for a furnace repair. The bill can represent a large expense, and some homeowners may wonder whether it’s better to repair or replace.

How old is your furnace?

Like most things, there’s more than one way to think about this! If your furnace is super-old, repair-v-replace may be a no-brainer. But what exactly qualifies as a “super-old furnace?” 1992 provides a good mile marker because the Department of Energy first started making furnace efficiency requirements then. Furnaces installed at that time had to be at least 78% efficient. That’s not to say that your 1992 furnace is still 78% efficient in the waning days of 2018. It’s not! Furnace efficiency deteriorates over time. Routine maintenance and repairs can help restore or preserve its rated efficiency, but your furnace just gets old.

The return on investment for furnace replacement

One way to answer the “repair or replace” question is by looking at the return on your investment. If your furnace was installed before 1992, it is wildly inefficient by today’s standards. You are spending money hand-over-fist to keep your old, inefficient furnace running. Replacing your furnace may have a high initial cost, but you can recover this through reduced operating costs. If this describes your situation, it’s worthwhile to sit down and calculate the point at which a new furnace will pay itself off. (It won’t take that long!) MassSave also offers low- and no-interest loans to cover the cost of furnace replacement. Believe it or not, you can still save money by borrowing to replace your pre-1992 furnace!

On the other hand, a repair cost is defined and it’s virtually certain to be less than replacement. However, repairing an older, less efficient furnace commits you to paying higher operating costs at least until the next repair. (When you have to make the repair/replace decision again.) Sometimes, repairing an old, inefficient furnace has a lower immediate cost, but a higher long-term cost. A higher operating cost could mean that you’re paying hundreds of dollars more per winter to keep your old furnace. That’s definitely not ideal!

The cost of fuel

If you’re using a more expensive fuel (e.g., heating oil), a breakdown could represent a chance to save big. Oil-to-gas conversion can reduce your home’s energy consumption, reduce your costs and let you switch to a cleaner fuel. The cost of heating oil this season has been relatively stable. (It’s actually dropped slightly since the beginning of heating season.) Price volatility is one reason, however, to consider switching to a lower cost fuel. Homeowners can spend 2 to 3 times as much per winter to heat with heating oil. Additionally, heating oil poses environmental quality dangers that other fuels don’t.

Ultimately, the repair-v-replace decision will be up to you. Making a lower-cost repair can help get you through the heating season. This may give you time to make a potentially big decision without being under pressure.

If you’d like more information about furnace upgrades, oil-to-gas conversions or calculating your savings on heating and cooling costs, give us a call at Boston Standard Plumbing & Heating at (617) 288-2911. We’ll be happy to schedule a consultation and show you how you can save on your heating and cooling costs.

Photo Credit: ewitch, via Flickr

Heating options for your home

The change of season provides a good opportunity to think about how you heat your home. About half of the homes in Massachusetts use natural gas heat. This is part of a 50-year trend away from using heating oil as a primary fuel source. If you’re thinking about replacing your current heating system, there are a few things to consider.

Your overall heating and cooling objectives.

Do you simply want to update your existing heating and cooling system? Are you trying to reduce your energy consumption? Change your carbon footprint? Switch from one fuel type to another? Add air conditioning? These questions help determine which options best suit your home.

Efficiency.If you have a furnace or boiler that’s more than 30 years old, you’re probably wasting money on heating in the winter. Although some heating systems can last forever, that’s not necessarily a good thing – especially if your die-hard isn’t efficient. Replacing an old system with one that’s more efficient can reduce your carbon output and save money on operating costs, regardless of your fuel type.

Environment. The environment is a consideration for many people. Burning fossil fuels of any kind releases carbon into the atmosphere. Electricity is “clean” from the user’s perspective, but if it comes from a power plant that burns coal, that’s not a big win. Switching from fuel oil to natural gas can reduce (but not eliminate) your home’s carbon footprint. It can also eliminate the possibility of fuel oil spills in and around your home.

Very few homes in Massachusetts rely on wood for primary heat, but wood is carbon-neutral. Burning wood releases the same amount of carbon that the tree would release if it were rotting instead. Further, trees – which sequester carbon -are renewable resources. If you cut down a tree, but replace it with another tree, you’ve (at least in theory) provided a new carbon trap.

While wood is carbon-neutral, it’s not particulate-neutral. Burning wood releases waste particles (smoke, ash, creosote, etc.) into your chimney and into the air. Some communities are trying to limit the use of wood-burning stoves and fireplaces to improve air quality. Wood burning also increases the risk of an accidental fire.

Other “clean” energy resources include solar and wind power, but most homes have limits to how much power they can produce independently.

Fuel types.

More than any other factor, your choice of fuel will determine your lifetime operating costs. The price of natural gas has been relatively stable, so homeowners who heat with gas have enjoyed significant cost savings. Some homeowners are giving electric heat a second look, thanks to massive improvements in efficiency. If your concept of electric heat involves baseboard or space heaters, you haven’t been keeping up with the times! Mini-split ductless systems have become highly efficient and can produce enough heat to keep your home comfortable in winter. In addition, these systems can provide cooling during the summer months. They’re ideal as a primary or supplementary system in homes that don’t have ductwork, and they make zone heating easy. In other words, a ductless mini-split could make a nice case for itself among homeowners wondering what to do about their old boilers. The good thing about mini-splits is that they don’t have to replace your existing heating equipment. You could use a mini-split as a primary heat system but leave the boiler in place as a backup.

Regardless of your current heating and cooling plan, there are a number of energy-efficient options available to you. If you’re interested in learning more about the heating and cooling options available for your home, give us a call at Boston Standard Plumbing and Heating at (617) 288-2911 for a consultation. We can show you how you can meet your heating and cooling objectives.

Photo Credit: National Renewable Energy Lab, via Flickr

Is this the year for an oil-to-gas conversion?

Nearly one-third of homes in Massachusetts use heating oil as their primary heating fuel. Historically, the price of heating oil has been hard to predict. For most of the 1990’s, each gallon of fuel oil cost about $1. In 1999, the price of heating oil began to rise significantly. It peaked in 2014 at more than $4 per gallon. Today, the price of a gallon of heating oil is about $3.25.

The variability of heating oil pricing is just one thing that homeowners consider when thinking about an oil-to-gas conversion. Convenience, the cost of conversion, availability and environmental concerns also factor into the decision to hold onto what you have or switch.

The most important consideration in oil-to-gas conversion

The cost of conversion is complex. It’s not simply about the sticker price of a new furnace. Initial costs are only one part of the lifetime costs of a furnace. In addition to your fixed costs, you also need to take into consideration the ongoing costs of operating the furnace.

For example, say a new 80% AFUE heating oil furnace costs $4,000 to purchase and install in an average-sized house. Homeowners paid an average of $1,700 to heat with oil in 2017-18, so we’ll assume an annual operating cost of $1,700. After 15 years, the homeowner will have paid $29,500 for heating with oil.

If the same homeowner installs a 90% efficient gas furnace instead, the expected install cost jumps to $6,000, but the annual operating costs drop to $900. After 15 years, the homeowner will have paid $19,500 for heating with gas. That’s a savings of $10,000 over heating oil.

Fifteen years is a generous lifetime for a high efficiency natural gas furnace. An oil furnaces can last for 30 years or more. So what happens when we calculate the cost of heating over 30 years – the life expectancy of the oil furnace? Keeping the fuel cost constant, the lifetime cost of each furnace looks like this.

The oil furnace, at $4,000, operated over 30 years will cost $55,000. The gas furnace – which gets replaced midway through the 30-year-cycle – will cost $39,570. This assumes that the initial furnace costs $6,000 and the replacement furnace costs $7,500. It also assumes that the second gas furnace takes advantage of technology to operate more efficiently, so the home’s gas consumption drops during the second 15 year-period to $850. Over the lifetime of an oil furnace, a natural gas alternative offers a savings of $15,430 (-28%) over 30 years.

The hidden cost of doing nothing

The example illustrates why keeping old technology might not be a good idea, even if it seemingly “costs nothing to do nothing.” An oil furnace built in 1990 may have been highly efficient by 1990’s standards. But technology improves over time, allowing newer furnaces to become more efficient. If you keep an inefficient furnace for 30 years, you keep that furnace’s inefficiency. You’ll end up paying a significantly higher operating cost for 10, 20 or even 30 years. As the example above shows, that can be a costly mistake.

The real cost consideration for a furnace is not the price tag of buying it and putting it in your home. The real question is how much does a furnace cost to operate over time? You’ll easily spend 2-13 times the furnace’s purchase price on operating costs over its lifetime. When operating efficiency determines the lifetime cost of a furnace, keeping an old, inefficient furnace simply doesn’t make financial sense.

The savings you’ll get from a natural gas replacement for an oil furnace can literally pay for the new furnace in just a few years. And if you set aside the money you’d have otherwise spent on running your older, inefficient oil furnace, you can use that cash to pay for a more efficient replacement gas furnace in 12-15 years. That allows you to continue reaping the benefits of lowered heating costs without having to finance the purchase of a new furnace.

If you’d like more information about oil-to-gas conversion, or you’d like to talk about replacing your older, less efficient furnace, call us at Boston Standard Plumbing and Heating at (617) 288-2911 to set up a consultation.

Photo Credit: Massachusetts Department of Environmental Protection, via Flickr

Should you replace your heating system, and if so, with what?

We’re fast approaching heating season. If you have an older heating system, chances are pretty good that it’s inefficient. Depending upon how old your heating system is, it may not be more than 30%-40% efficient. For these systems, that means 60% or 70% of the fuel input gets “lost ” on its way to heating your home.

Another way to put it is that for every $100 you spend on operating these systems, $60-$70 is wasted. That’s hard to accept, isn’t it? If this is your system, it means one of two things: either you could be a whole lot warmer during the winter, or you are burning a lot of cash to stay warm.

You wouldn’t pay $100 at the gas station for $30 worth of gas. It doesn’t make sense to spend $100 on heating for $30 worth of heat, either. High efficiency heating equipment can shift your efficiency rating from less than 40% to 80%, 90% or even 95%. That means that up to 95% of what you’re spending gets returned to your house in the form of heat. You’ll spend much less to stay warm this winter if you install a new, high-efficiency heating system.

If you’re planning to replace your old heating system, a high-efficiency system should be a must-have on your list. While the cost of a high-efficiency system may be greater than a less efficient model, it will also cost less to operate year after year. The small margin you pay up front can produce thousands of dollars in savings over the lifetime of the equipment.

You should also think carefully about the fuel that operates your heating system. Today, most homes in Massachusetts use either natural gas, fuel oil or electricity. About 6% of Massachusetts homes use propane, wood, solar or some other fuel type. Each system has its advantages and disadvantages.

Electricity is the least popular way to heat a home because traditional electric heat systems can be expensive. One excellent way to save money on electric heat is to consider adding an air-source heat pump. An air-source heat pump can provide standalone heat efficiently. You can also use an air-source heat pump to provide supplemental heat (and cooling) to your home without switching away from your primary heating system.

Today, nearly 30% of Massachusetts homes use heating oil as a primary fuel source. Heating oil can pose environmental challenges that other fuel systems don’t. Heating oil is a commodity, so consumers are subject to the “spot price” of heating oil at the time of purchase. Buying heating oil off season is one way to save money, but if you run out of heating oil mid-winter and need to refill, you can end up paying a significant premium for heat. Many people who use heating oil are considering converting from heating oil to natural gas. The price stability of natural gas is the primary reason. Efficiency and environmental concerns are other primary motivators for making the switch.

Just over half of the homes in Massachusetts use natural gas to heat their homes. Natural gas is delivered to the home “on-demand” from a utility company. The price of natural gas has been relatively stable over time, and burning natural gas for heat reduces the impact of heating on the environment.

However you choose to heat your home, switching to the most efficient equipment on the market today will help recover the cost of your investment, and reduce your energy consumption for years to come.

If you’d like more information about high efficiency options for heating your home, please gives us a call at Boston Standard Plumbing and Heating at (617) 288-2911 to set up a consultation.

Photo Credit: Alex Gorzen, via Flickr

Heating, Cooling and Plumbing Product Recalls You Should Know About

Product recalls are a fact of life. There are a few residential heating, cooling and plumbing products that currently make the list. Product recalls can be voluntary on the part of the manufacturer. Additionally, the Consumer Product Safety Commission has the power to issue mandatory recalls. Typically, products make this list because they’re defective, mislabeled, or prone to dangerous misbehavior. If you have one of these products in your home, stop using them immediately!

Heating and Cooling recalls

Goodman Packaged Terminal Air Conditioners and Heat Pumps. Goodman Packaged Terminal Air Conditioners (PTAC) are marketed under the Amana brand name. The company recalled these air conditioning and heat pump units due to a fire hazard. The outdoor fan unit can overheat, leading to a fire.

According to the recall notice, affected models include those beginning with EKTC15, EKTH15, PMC15, PMH12, PMH15, PTC15, PTH12, PTH15, UCYB15, and UCYH15. The recall affects only units with the first four digits of the serial numbers in the range between 1001 and 1709.You can find the model number and serial number on a label behind the front cover of the unit. The company reports that there have been nine fires in affected units to date, and one case of smoke inhalation. The company sold the affected units between January 2010 and January 2018.

3.5KW and 5.0KW models of the same product were also recalled in 2013 for defective power cords.

General Electric PTAC and dehumidifier units. General Electric has issued recall notices for several PTAC and dehumidifier units. The recall notices date back to 2011-2016 and affect several products. The recall notices provide specific information for identifying affected products.

E-Heat Envi Wall Heaters. E-Heat issued a product recall for a small number of wall mounted heating units in March 2018. The company sold the affected units between July 2015 and August 2016. The affected units may have defective wiring that can cause the unit to overheat, smoke or melt. If you have an affected unit, the company advises you to stop using it immediately and contact them for repair or replacement instructions.

Water Heater and Boiler Recalls

American Standard Water Heaters. A small number of American Standard GSN and GN model water heaters may have a manufacturing defect that improperly seals the flange between the combustion chamber and the burner. The defect could allow outside air into the combustion chamber and poses a fire hazard. Affected GN model units have serial numbers beginning with: F15 / G15 / H15 / J15 / K15 / L15 / M15 / A16 / B16. Affected GSN model numbers have serial numbers beginning with: E15 / F15 / G15 / H15 / J15 / K15 / L15 / M15 / A16 / B16 .

If you have an affected product, please stop using the water heater immediately. Move all flammable materials away from the water heater and call the company at (888) 883-0788 for further instructions.

US Boiler residential boilers. US Boiler issued a product recall for three specific residential boiler models in 2014. The affected boilers could produce excessive carbon monoxide emissions under certain conditions. No injuries have been reported to date. The affected boiler models begin with ESC, SCG or PVG. If you believe you have an affected boiler, please contact the company for further instructions. The company also advises that you install a working carbon monoxide detector near all sleeping areas in your home.

Thermostat recall

White-Rodgers Thermostats. White-Rodgers recalled about 750,000 thermostats manufactured between 2006 and 2013 under a variety of brand names, including: COMFORTSENTRY, DICO, Emerson, Frigidaire, GemStat, Geocomfort, Hydron, Maytag, Module, Nutone, Partners Choice, Rheem, Ruud, Sears, Tetco, Unico, Water Furnace, Westinghouse, White-Rodgers or Zonefirst. Consumers may have purchased the thermostats from hardware or home improvement stores. Additionally, the thermostats may have been installed by heating and cooling contractors as part of a system replacement or upgrade. Alkaline batteries included with the thermostat could leak and damage the unit, leading to a fire. The company has received seven reports of burn damage to the unit, with no injuries reported.

It’s important to act on product recalls as quickly as possible to protect yourself and your family from injury or loss. If you’d like more information on heating and cooling products, water heaters or boilers, please contact us at Boston Standard Company at (617) 288-2911. We’ll be happy to discuss a range of options for your home.

Photo Credit: Goodman

Caring for high efficiency boilers

“High efficiency” is all the rage. It doesn’t matter whether you’re talking about heating and cooling equipment, furnaces or automobiles. People want to get the most out of what they’re paying for. So why does maintenance for a high efficiency boiler cost so much?

High efficiency boilers need regular maintenance

Marketers use “efficiency” as a synonym for “saving money.” It’s true – you can save money by improving the efficiency of just about any device. Briefly, efficiency is a comparison of what you put into something versus what you get out of it. When you can reduce your input but increase your output, you gain efficiency. On the other hand, when you put a lot in and don’t get much out, your efficiency suffers.

The same is true with boilers. You burn fuel, and you expect to get a certain amount of heat out. High efficiency boilers specialize in producing a lot of heat while consuming less fuel. The trick to maintaining high efficiency is regular maintenance. But regular maintenance can be expensive. Maintenance on a high efficiency boiler can be even more expensive – but why?

Boilers might perform the same service in your home that a furnace or other heating system does, but they’re not the same thing. “High efficiency” generally means that the item – whatever it is – will have a premium price tag. High efficiency furnaces and water heaters, for example, may cost 30%-50% more than a similar piece of equipment that doesn’t sport the “high efficiency” label.

A high efficiency boiler might cost twice as much as a non-HE boiler. You can trace back some of the increased cost to design and manufacturing changes. You can also chalk some of the increased cost up to the limited number of manufacturers of high-efficiency boiler equipment. Scarcity makes the price of anything go up.

High efficiency boilers and the total cost of ownership

The higher price to purchase and install a high efficiency boiler is definitely offset by its operating costs. High efficiency boilers can achieve 85%-95% efficiency during the middle of winter. The boiler returns the vast majority of the fuel to you as heat, and that’s what you want!

The disadvantage is that high efficiency devices require a lot of maintenance. Corrosion affects a high-efficiency boiler in the same way it affects lower-efficiency equipment. The design of the boiler might actually impair the operation of the heat exchanger, resulting in higher maintenance costs. A new boiler may also not play well with other components of your heating system, causing either a reduction in efficiency or increased maintenance costs.

High efficiency boilers also have much higher water flow rates than conventional boilers do. To maintain proper operation, the pump must be sized correctly to meet the boiler’s need for a higher water flow rate.

In addition, regular maintenance for a high efficiency boiler includes changing out the parts that either wear out through use, or that become unsuitable for use when a technician disassembles the combustion chamber.

One way to think about the cost of high-efficiency boilers is in terms of your total cost of ownership (TCO). Boilers have fixed costs – purchase, installation, maintenance – and ongoing costs – the cost of fuel to operate the boiler. Depending upon your fuel source and the efficiency of your boiler, your operating costs could make up the majority of your total annual or lifetime costs. By keeping your operating costs low, you’ll come out ahead.

Your high efficiency boiler could replace your water heater

Another thing to keep in mind is that your boiler can also provide your domestic hot water. If you have a boiler and also a separate water heater, you could potentially save money by having your boiler take over the water heating duties. Eliminating the conventional water heater will reduce your overall utility costs.

If you’d like more information about high efficiency boilers, boiler maintenance or configuring your boiler to provide hot water for your taps, please give us a call at Boston Standard Plumbing and Heating at (617) 288-2911.

Photo Credit: Weil McLain