What an Atmospheric Water Generator Costs to Own in 2026: Running Cost, Filters and 5-Year Total

Atmospheric Water Generator Price 2026: What AWGs Really Cost (and What They Cost to Run)

By EnergyBS Editorial Team | November 8, 2026

The Short Answer

Short Answer: A countertop atmospheric water generator costs $769 to $3,750 in 2026, a mid-size plug-in unit $1,950 to $7,950, and a plumbed whole-home system $13,999 to $34,999 for the unit plus $10,000 to $25,000 for installation. Those are the manufacturer-published and retailer-listed prices we verified on November 8, 2026. The unit price is the smaller number in the decision. Electricity runs $0.09 to $0.38 per gallon depending on the machine and your rate, filters add $100 to $200 per set every four to six months, and a labelled five-year worked example for a mid-size plug-in unit lands at $0.65 per gallon all-in. That beats bottled water at $1.50 a gallon and loses to safe tap water at about a cent a gallon, which is the comparison that decides most purchases.

This guide prices the machines first, then the running cost, then the five-year total, because that is the order a buyer actually pays in. Every price below carries its source and its check date. Where two sources disagree, both figures are shown. Where no Canadian price is published, that is stated plainly instead of converting a US price and calling it a Canadian one. Our general guide to the technology, Atmospheric Water Generator Price Guide 2026: AWG Costs, Cost Per Gallon and Hydropanels, covers how the two technologies work, the safety checks, and the situations where making water from air makes sense at all. This page answers the price question only, in full.

The price question in six steps:

1. Pick the tier by how much water you need a day, in gallons, at your humidity. Drinking and cooking water for two people is 2 to 3 gallons a day. Whole-home supply is 60 to 120 gallons a day.
2. Price the unit from the named-model tables in Section 1. Use the manufacturer's published price where one exists and treat roundup prices as reported, not confirmed.
3. Add installation from Section 2. Plug-in units cost nothing to install. Whole-home systems cost $10,000 to $25,000, and a panel upgrade adds more.
4. Work the running cost from Section 3 with your own electricity rate. The table gives the energy cost per gallon and per litre at five rates for both efficiency classes.
5. Run the five-year total in Section 5 with your real daily output, not the rated maximum. Output falls with humidity, and the cost per gallon rises with it.
6. Compare the result with what you pay now, using the break-even math in Section 7. If the answer is bottled or delivered water, the AWG has to beat that number, not the tap.

1. What Each Type Costs to Buy

Price follows rated output more than brand, and the spread inside each tier is wide enough that a single average would mislead. The tables below give named models with published prices, checked November 8, 2026, and say which figures come from the manufacturer and which come from secondary roundups. No Angi or HomeGuide cost guide specific to atmospheric water generators was found, so there is no independent cost-guide average to cross-check against. The corroboration here comes from the manufacturers' own pages plus two roundups that agree on the overlapping models.

Countertop and portable units

These plug into a standard outlet, need no plumbing, and make drinking water only. Output figures are maximums at rated humidity and temperature.

Three things stand out. First, the cheapest reliable entry point is well under $1,000: the AERstream at $769 makes about 2.6 gallons a day, which covers drinking water for one or two people in humid air. Second, the newest manufacturer-direct countertop unit, the WaterVO, is a pre-order at $1,499 through January 31, 2027 (extended from December 1, 2026; re-checked November 13, 2026), rising to $1,999 after that, and it showed as sold out when checked on November 8, 2026 on its pre-order page when checked. A launch price on a pre-order is not the same as a shelf price, and the 6-to-8-week ship estimate means the money leaves before the water arrives. Third, the Aquaria Hydropixel at $3,750 sits above the rest of the countertop tier because it is a US-designed unit with filters included and about 10 gallons a day of output, roughly four times the WaterVO's. Output per dollar varies by a factor of three across this table, which is why the per-gallon math in Section 3 matters more than the sticker price.

Mid-size and whole-home units

The Aquaria Hydropack line is the only whole-home lineup with fully published manufacturer pricing, which is why it anchors the whole-home numbers in this guide. The Hydropack S suits a smaller household or a supplement to an existing supply, the Hydropack is the maker's most popular model for a typical household, and the X is built for large homes and properties with a guest house or accessory unit. All three need a dedicated 220V circuit (20A for the S, 30A for the Hydropack, 50A for the X) and a storage tank, and all three are installed by the maker, not plugged in by the buyer. The Watergen Gen-L at over $68,000 is a commercial-scale machine producing up to 6,000 litres a day, included here only to mark the top of the range.

Solar desiccant panels (SOURCE Hydropanel)

SOURCE Hydropanels work differently from every unit above: fans pull air through a water-absorbing material, solar heat releases the vapour, and it condenses in a sealed chamber. They use no grid electricity for the water cycle and keep working in dry air down to about 10% relative humidity, but each panel makes only about 3 to 5 litres a day. Pricing is the least settled of any tier, and the figures disagree by channel:

• EnergyTrend reported US pricing of $2,950 per panel, sold in pairs, in 2023, including a deposit, a home connection kit and warranty. Expected panel life is about 15 years.
• Solar Wind Solutions, a retailer, lists a 2-panel array at $4,500 USD.
• HomeToSight puts a 2-panel array at $5,500 installed, with $50 a year in maintenance and a 15-year total near $6,250.

A two-panel array costs $4,500 at retail to $5,500 installed and makes roughly 4 to 10 litres a day, or about 1 to 2.6 gallons, by its retailer's listing. That is drinking and cooking water for two people, not household supply. Get a written quote before budgeting, because the spread between the reported per-panel price and the installed array price is $1,000 or more, and neither figure may include the roof work or the reservoir.

2. Installation: What the $10,000 to $25,000 Covers

Plug-in units have no installation cost. A countertop or floor unit arrives assembled, plugs into a standard outlet, and starts collecting. The WaterVO Countertop arrives fully assembled with no plumbing and no drain. The only install-adjacent cost is the floor space and the outlet.

Whole-home systems are a construction job. Aquaria puts installation at $10,000 to $25,000 for the Hydropack line, and the range covers electrical work, plumbing routing, and storage tanks. The pieces inside that range:

• Electrical: a dedicated 220V circuit, 20A to 50A depending on the model, with the Hydropack S rated at 3.00 kW, the Hydropack at 5.12 kW and the X at 10.24 kW. If the panel has no spare capacity, the upgrade is a separate job. In Canada, RenoQuotes puts a 100A-to-200A service upgrade at C$2,500 to C$6,000 in 2026, with residential electricians at C$80 to C$150 an hour.
• Plumbing: tying the unit into the home's cold-water line and running lines to a storage tank. Aquaria notes the cost depends on how far the crew has to dig and whether a storage tank is added.
• Storage: a tank that holds the day's production and feeds the house. Aquaria's installed-range estimator calls its figures directional and based on typical Texas installs, and warns that site conditions, permits and local labour move the price.
• Placement: the Hydropack installs outdoors on a small pad. SOURCE panels need a reinforced roof or a concrete pad plus clear southern exposure, and a 2-panel array is about 8 feet wide and over 300 lbs.

A realistic installed total for a whole-home system is therefore $23,999 to $59,999: the unit at $13,999 to $34,999 plus installation at $10,000 to $25,000. Aquaria's own product page shows an estimated installed range of $34,000 to $41,300 for a Hydropack in a typical Texas install, which sits inside that band. Budget the top of the installation range when the panel needs work, the tank needs trenching, or the run from the unit to the house is long.

3. What It Costs to Run: Electricity per Litre and per Gallon

Electricity dominates the running cost for every compressor unit. Solar desiccant panels use no grid electricity for the water cycle, so this section does not apply to them, but their output is so low that the saving buys independence, not volume.

The energy figure to use is kWh per gallon, published by the maker. Aquaria publishes 0.93 kWh per gallon for the Hydropack (245 Wh per litre), 1.09 kWh per gallon for the Hydropack S, and about 1.25 kWh per gallon for plug-in units including the Hydropixel. Multiply by your electricity rate and you have the energy cost per gallon. Divide by 3.785 for the cost per litre.

Two things follow from that table. First, the rate matters as much as the machine: a plug-in unit at $0.30/kWh costs $0.38 per gallon in energy alone, more than double the $0.18 it costs at the $0.14/kWh US average rate Aquaria uses. Second, dry air pushes the real figure above the table, because the kWh-per-gallon figures above are at rated conditions. A compressor unit making half its rated output in dry air uses roughly twice the energy per gallon, since the compressor runs the same hours for half the water. Size the system on the output your humidity actually supports, from Section 6, and rerun this table on that number.

Monthly electricity, from Aquaria's own figures at $0.15/kWh and real (not rated) daily output:

Those monthly figures are electricity only. A Hydropack running at 60 gallons a day draws about 1,650 kWh a month, which is more than many whole homes use in total. Check the panel and the bill before committing to that load, and check whether the utility's rate structure rewards running the unit overnight. In Ontario, the ultra-low overnight rate of 3.7 cents/kWh from 11 p.m. to 7 a.m. would cut the energy cost per litre to roughly a quarter of the on-peak figure, and Section 9 works that example in Canadian dollars.

4. Filters, Service, and the Maintenance Calendar

An atmospheric water generator is a drinking-water appliance, not a dehumidifier with a tap. The water passes through filtration, disinfection and mineral balancing, and every stage has a replacement interval and a price. These are the published figures:

The Hydropixel's filters are included in its $3,750 price, but Aquaria does not publish a separate replacement price for them, so budget the $100-to-$200-a-set range from the Hydropack line until the maker publishes one. UV lamps and mineral cartridges are recurring items on most units. Their prices vary by model and are not published for every maker, so ask for the full consumables list and the price of each item before buying, and add the total to the five-year math in the next section. A unit with cheap filters and a $300-a-year service visit costs more to own than a unit with expensive filters and no service visit, and only the full list shows which one you are buying.

Maintenance also has a season. Compressor units freeze up below about 40F, and Hydropanels enter a hibernation mode in northern winters when the sun angle drops and temperatures freeze, with production near zero from December to February. Budget a backup water source for those months rather than assuming year-round output, and do not count winter gallons in the payback math.

5. Five-Year Total Cost of Ownership

The unit price answers what you pay on day one. The five-year total answers what the water costs. Aquaria publishes a ten-year total for the whole-home line: about $52,000 for the Hydropack S, $74,000 for the Hydropack and $118,000 for the X, working out to about $0.47, $0.34 and $0.27 per gallon over ten years at $0.15/kWh. Those figures assume $15,000 installation, real output of 30, 60 and 120 gallons a day, and the filter and service costs from Section 4. A solar-paired Hydropack with low marginal electricity cost lands near $0.15 to $0.20 per gallon all-in over ten years, while a high-rate household with above-average demand can pass $0.50 a gallon.

A ten-year horizon suits a plumbed system. A plug-in unit needs a five-year horizon, because five years is a defensible planning life for a countertop appliance and the capital cost has fewer gallons to spread across. The worked example below is labelled hypothetical: the unit price and the energy figure are published, and the output, rate and filter cost are stated assumptions you can replace with your own.

Worked example: mid-size plug-in unit, five years (hypothetical)

Assumptions: a $1,990 countertop unit in the Solaris A20 class, real output 3 gallons a day (below its 5.28-gallon maximum, allowing for average humidity), energy use 1.25 kWh per gallon, electricity at $0.16/kWh, filters $100 a year, five-year life, no repairs.

The sensitivities show where the number moves. If real output falls to 1.5 gallons a day, the same unit makes 2,738 gallons in five years, electricity falls to $548, and the total is $3,038, or $1.11 per gallon. Output is the biggest lever in the whole calculation. If the electricity rate rises to $0.30/kWh at 3 gallons a day, electricity becomes $2,053, the total is $4,543, or $0.83 per gallon. If the unit lasts seven years instead of five at the same output, the total is $4,183 over 7,665 gallons, or $0.55 per gallon. Run your own output and rate through the same table before comparing models.

Whole-home example: Hydropack S, five years

The same method on Aquaria's own inputs for the Hydropack S, at $0.15/kWh and 30 gallons a day of real output: unit $13,999, installation $15,000 (the middle of the published range), electricity 54,750 gallons x 1.09 kWh/gal = 59,678 kWh x $0.15 = $8,952, filters $200 a year = $1,000, service $300 a year = $1,500. Five-year total $40,451, or $0.74 per gallon. The same system falls to about $0.47 per gallon over ten years on Aquaria's own table, because the $15,000 installation spreads over twice as much water. The horizon changes the answer, so compare systems on the same horizon and say which one you used.

6. Humidity Changes the Price per Gallon

An atmospheric water generator makes water from vapour, and vapour is not evenly distributed. Output falls as relative humidity falls, and the cost per gallon rises in step because the machine still draws power while it makes less water. Aquaria publishes city-by-city output for the Hydropack against its 86F and 80% relative humidity baseline:

The same machine makes more than twice as much water in Miami as in San Francisco, and the energy cost per gallon roughly doubles along with it. Aquaria states the Hydropack works best with relative humidity above 30%, and that production falls off a cliff below 30% for compressor units generally. Desiccant panels keep working in dry air down to about 10% relative humidity, which is their real advantage, but at 3 to 5 litres a day per panel they solve a drinking-water problem, not a household-supply problem.

Independent research points the same way. A 2024 techno-economic analysis in ACS ES&T Engineering (Gayoso et al.) put the levelized cost of grid-powered atmospheric water harvesting at $0.06 per litre in a tropical climate, $0.09 per litre in a temperate climate and $0.17 per litre in an arid climate. With existing solar PV already paid for, those figures fell to $0.02, $0.04 and $0.09 per litre. Climate is a cost input, not a footnote. A buyer in Phoenix should price the machine on desert output, not on the brochure maximum, and a buyer in Toronto should price it on a year that includes a dry, heated winter indoors.

7. When an AWG Beats Bottled or Delivered Water, and When It Does Not

The test that matters is a comparison with what you pay now, per gallon, over the same years. Aquaria's comparison table gives the alternatives at ten years: drilling a new well $12,000 to $130,000+, water deliveries $36,000 to $96,000 ($300-$800 a month), bottled water for a three-person household $18,000 to $24,000 ($150-$200 a month), whole-house reverse osmosis on a marginal well $8,000 to $25,000, and a Hydropack at about $74,000. Municipal tap water costs about $0.005 to $0.01 per gallon, which no AWG can approach.

Against the worked example in Section 5, at $0.65 per gallon all-in:

• Bottled water at $1.50 a gallon: the AWG wins. A household drinking 3 gallons a day spends $1,643 a year on bottled water and $712 a year on the AWG all-in, saving about $931 a year. The $1,990 unit pays for itself in about 2.1 years on that saving alone. This is the case that justifies a countertop unit.
• Grocery-store refill at $0.50 a gallon: the AWG loses by $0.15 a gallon. The refill station is cheaper, and it needs no maintenance, no filters and no electricity.
• Water deliveries at $300 to $800 a month: the AWG wins at whole-home scale. A Hydropack at about $0.34 per gallon over ten years undercuts any delivery price, and it removes the logistics entirely.
• A new well at $40,000 to $80,000 with no guarantee of hitting good water: the AWG competes. Aquaria's framing is that a known cost beats a gamble on geology, and the ten-year totals support that where drilling is expensive and uncertain.
• Safe municipal tap water plus a certified filter or reverse-osmosis system: the AWG loses every time. A $300 to $1,000 filter system costs about $1,800 over 15 years in our general guide's comparison, against $5,250 to $6,250 for a two-panel Hydropanel array and far more for a whole-home unit. If the tap is safe, filter it.

The break-even rule is simple: an AWG pays when the water it replaces costs more than its all-in cost per gallon, and the all-in figure must include the capital, the electricity at your rate, and the filters. Most buyers who regret the purchase skipped one of those three lines.

8. Financing: What the Monthly Payment Really Means

Aquaria offers $0 down, rates from 8.99%, and no payments for the first six months on approved credit, with terms up to 20 years. The monthly payments on the published prices are about $137 for the Hydropack S, $207 for the Hydropack and $330 for the X, and installation can be rolled into the financed amount.

Financing changes the cash-flow profile, not the total cost. The ten-year totals in Section 5 still apply, and interest adds to them. The useful comparison is the monthly payment against the monthly cost it replaces: $207 a month for a Hydropack against $300 to $800 a month in water deliveries is a clear saving, while $137 a month for a Hydropack S against a $15-a-month municipal water bill is not a saving at all. Ask for the total interest over the full term before signing, and compare it with paying cash for the unit and financing only the installation if the rates differ.

9. Canada: Prices, Power Rates, and Getting a Real Quote

No manufacturer-published Canadian pricing was found for Aquaria, SOURCE or WaterVO as of November 8, 2026. Aquaria is headquartered in Texas and prices in US dollars, WaterVO ships free anywhere in the US, and SOURCE pricing is reported in US dollars. A Canadian buyer should not convert a US price at the exchange rate and treat the result as a Canadian price, because shipping, duties, brokerage, and the installer's local rates all sit on top of it. Get a written quote that states each of those lines separately, and confirm who handles warranty service in Canada before paying.

What can be priced in Canada is the running cost, because Ontario's electricity rates are published. The Ontario Energy Board's Regulated Price Plan rates effective November 1, 2026 are 9.1 cents/kWh off-peak, 14.6 cents mid-peak and 18.9 cents on-peak in Canadian dollars, with tiered pricing at 11.2 and 13.2 cents and an ultra-low overnight rate of 3.7 cents/kWh from 11 p.m. to 7 a.m. Those are commodity prices only: delivery, regulatory charges and HST sit on top, and the Ontario Electricity Rebate is a 15.7% credit on the pre-HST bill.

For a plug-in unit at 1.25 kWh per gallon (0.33 kWh per litre), the commodity-only energy cost works out to:

The spread is the point: an AWG scheduled to run overnight on the ultra-low rate costs roughly a fifth of one running on-peak, in commodity terms, before delivery charges narrow the gap. If the unit has a timer or a smart plug, run it overnight. If it must run during the day, budget the mid-peak or on-peak figure, not the off-peak one.

Two more Canadian realities. First, winter output falls. A compressor unit in a heated Ontario home in January is pulling from dry indoor air, and a Hydropanel on a roof faces freezing temperatures and a low sun angle, so count on reduced production for December through February and keep a backup supply. Second, the electrical work is priced in Canadian dollars by Canadian electricians: RenoQuotes puts residential electricians at C$80 to C$150 an hour in 2026 and a 100A-to-200A service upgrade at C$2,500 to C$6,000. A whole-home AWG that needs a panel upgrade carries that cost in addition to the US-dollar unit price.

10. Water Quality: What the Filters and Mineral Cartridge Do

Water from air starts as distilled water: pure H2O with nothing dissolved in it. That sounds ideal and tastes flat, and it is mildly acidic until it is remineralized. Every drinking-water AWG therefore runs the water through treatment stages, and those stages are part of the price, not an accessory. Aquaria's systems use multi-stage filtration, UV sterilization and mineral balancing, and the company states its water exceeds EPA and WHO standards based on testing by Microbac Laboratories, Pace Analytical and EMSL Analytical. SOURCE panels mineralize the water in a 30-litre reservoir before it reaches the tap.

Three price-relevant points follow. First, the mineral cartridge is a consumable: budget it with the filter sets in Section 4, not as a one-time item. Second, a machine that skips remineralization produces water that tastes flat and can be mildly corrosive to unlined metal plumbing over time, so check that the model you are pricing includes it. Third, do not drink water from a standard basement dehumidifier, however cheap the idea looks. Dehumidifier coils and tanks are not food-grade, and a filter jug does not make that water safe. The price gap between a dehumidifier and a drinking-water AWG is the food-grade collection surfaces, the filtration, the disinfection and the mineral stage. If the well is the problem rather than the supply, test it first: the EPA notes private well owners are responsible for testing their own supply, and a certified lab test costs far less than any machine in this guide.

11. Getting Quotes: The Checklist

Use this list with every supplier, and get the answers in writing. A quote that cannot answer these questions is not a quote.

1. State the rated output and the conditions behind it: temperature and relative humidity. Ask for the expected output at your humidity, not the maximum.
2. State the energy use in kWh per gallon or kWh per litre, at the same conditions. If the maker will not publish it, treat the running cost as unknown.
3. List every filter, UV lamp and mineral cartridge, its price, and its replacement interval. Add the annual total to the five-year math.
4. State the installation price as a line item, separate from the unit: electrical, plumbing, storage tank, pad or roof work, and permits.
5. State the electrical requirement: voltage, breaker size, and whether the panel needs an upgrade. Get the panel answer from an electrician, not the salesperson.
6. State the warranty in years, what it covers, and who performs warranty service in your province or state.
7. State the delivery time, shipping cost, duties and brokerage for Canadian delivery, each on its own line.
8. State the water quality claim with its basis: which lab tested it, and to which standard.
9. Ask for two references: one customer in a climate like yours, and one who has owned the unit for more than a year.
10. Compare the all-in cost per gallon from Section 5 with what you pay now, on the same horizon. If the AWG does not beat the current cost, walk away.

Frequently Asked Questions

How much does an atmospheric water generator cost in 2026?

A countertop unit costs $769 to $3,750, a mid-size plug-in unit $1,950 to $7,950, and a whole-home plumbed system $13,999 to $34,999 for the unit plus $10,000 to $25,000 for installation. Solar desiccant panels run about $2,950 per panel as reported, or $4,500 to $5,500 for a two-panel array. Those are the prices verified on November 8, 2026. Add electricity at $0.09 to $0.38 per gallon and filters at $100 to $200 a set before comparing models.

What does it cost to run an atmospheric water generator per month?

For a whole-home Hydropack at $0.15/kWh, Aquaria puts monthly electricity at about $147 for the S at 30 gallons a day, $251 for the Hydropack at 60 gallons a day, and $502 for the X at 120 gallons a day. Filters add about $20 to $50 a month amortized. A countertop unit making 3 gallons a day at $0.16/kWh costs about $18 a month in electricity: 3 gallons x 30 days x 1.25 kWh per gallon x $0.16 = $18.00. Dry air pushes all of these figures up, because the machine uses the same power to make less water.

What is the cost per gallon of water from an AWG?

Energy alone runs $0.09 to $0.38 per gallon depending on the machine and the electricity rate. All-in, including the unit and the filters, Aquaria puts a whole-home Hydropack at about $0.27 to $0.47 per gallon over ten years. The labelled five-year worked example in this guide for a $1,990 plug-in unit making 3 gallons a day lands at $0.65 per gallon, or $0.17 per litre. Independent research in ACS ES&T Engineering put the levelized cost at $0.06 per litre in a tropical climate, $0.09 in a temperate climate and $0.17 in an arid climate on grid power.

How much does a whole-home atmospheric water generator cost installed?

Between $23,999 and $59,999: the unit at $13,999 to $34,999 plus installation at $10,000 to $25,000 (Aquaria). A typical Texas install of the mid-size Hydropack is estimated at $34,000 to $41,300 installed. Panel upgrades, trenching and storage tanks sit on top of that range where they are needed.

Is a Hydropanel cheaper than a compressor AWG?

Per panel, yes; per gallon, not necessarily. A two-panel SOURCE array costs $4,500 to $5,500 and makes about 6 to 10 litres a day with no electricity cost, while a $1,990 plug-in compressor unit makes about 5 gallons a day but pays $0.13 to $0.38 a gallon in electricity. The Hydropanel wins where humidity is low, the site is off-grid, or the need is drinking water only. The compressor unit wins where humidity is high and volume matters.

Does an atmospheric water generator work in Canada?

It works, with limits. Compressor units need warm, humid air and lose output in dry, heated winter air, and Hydropanels produce near zero in freezing northern winters. No manufacturer-published Canadian pricing was found as of November 8, 2026, so Canadian buyers need a written quote covering shipping, duties and brokerage. The running cost can be priced from Ontario's published rates: at the mid-peak commodity price of 14.6 cents/kWh, a plug-in unit costs about C$0.05 per litre in electricity, and about C$0.01 per litre on the ultra-low overnight rate of 3.7 cents/kWh.

Is an atmospheric water generator cheaper than bottled water?

Usually, over years, when the comparison is bottled water at about $1.50 a gallon. The worked example in this guide costs $0.65 a gallon all-in over five years, saving about $931 a year for a household drinking 3 gallons a day. Against a grocery refill station at $0.50 a gallon, the AWG loses. Against safe tap water at about a cent a gallon plus a certified filter, it loses by a wide margin. The answer depends entirely on what the AWG replaces.

How long does an atmospheric water generator last?

SOURCE panels carry an expected life of about 15 years. Aquaria warranties the Hydropack for 3 years and uses a ten-year planning horizon for its total-cost figures. Plug-in countertop units are appliances: five years is a defensible planning life, and the five-year worked example in this guide uses that figure. Ask the maker for the warranty term and for the expected service life separately, because they are not the same number.

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About the Editorial Team EnergyBS reviews public program rules, product specifications, utility rates, and reader-facing cost assumptions. Treat savings figures as estimates until you verify local prices, permits, rebates, and contractor quotes.