Maryland program helps residents install cleanest stoves on the market

Chris Clark manages the clean wood and
pellet stove program for the Maryland
Energy Administration.
A Maryland renewable energy rebate program established in 2012 has provided assistance to nearly 3,000 to purchase and install cleaner, modern wood and pellet stoves.  The program was designed to help rural families, who were least likely to benefit from solar and other renewable energy programs.
The state has invested $ 1.88 million dollars, or an average of $ 664 per home.  The average purchase and installation costs of a stove is often around $ 3,800, so the state would be providing less than 20% of the price tag for a significant reduction in a home’s annual fossil fuel footprint.
The Maryland Energy Administration who manages a suite of renewable energy incentives runs the program.  With this program, the MEA cannot exactly track the amount of fossil fuel that the program has reduced, which hinders the ability of regulators to track data as they can with the solar and other rebate programs.
Of the 2,845 stoves purchased through the program, 2,425 or 85% were pellet stoves.  To be eligible, pellet stoves have to emit 2 grams an hour or less, and wood stoves 3 grams an hour or less, well below the federal EPA limit of 4.5 grams an hour.  Pellet stoves are eligible for a $ 700 grant and wood stoves $ 500.

Rebate data provided by MEA
“We are pleased that this program steers so many people towards pellet stoves and ensures that the installation is done professionally,” said John Ackerly, President of the Alliance for Green Heat, a Maryland based group that worked with MEA to establish the program. 
Only residents who do not have access to natural gas are eligible for the grant, which as a result helps families in rural areas who rely on more expensive fossil heating fuels.  New York also adopted this innovative approach, and only provides incentives to homes that are not on the natural gas grid.  A 2013 analysis of the program by the Alliance for Green Heat found that it was helping less affluent families to reduce fossil fuel use.
The program does not require residents to turn in an old, uncertified wood stove to participate in the program.  However, some retailers report that nearly half of their customers who use this program turn in an old stove that is recycled. 
During 2015, the program experienced its highest participation rates, providing grants for 1,036 stoves, 904 of which were pellet stoves. 

“A $ 3,000 pellet stove installation can reduce fossil fuel usage by as much as a $ 15,000 array of solar panels,” said Ackerly.  “And increasingly, we see families who have solar panels also installing pellet stoves so that they can use renewable energy for both their electric and heating needs,” he added.

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Pellet Boiler Also Helps make Enough Electricity to Electricity Residence

Austrian company OkoFEN has brought to marketplace the very first household electricity making pellet boiler, the Pellematic Sensible_e. The boiler makes use of a pellet-condensing module from an before pellet boiler design, the Pellematic Wise and outfitted it with with a Microgen Stirling Motor. The motor employs a heated/cooled helium hydraulic system. The consequence of these two systems is a exclusive boiler that is capable of outputting fourteen kW (47,770 Btu/h) of thermal power and one kW of electricity.
The Pellematic Wise_e can help save households’ income on equally heat and electrical energy payments. Switching from oil, propane, or electrical energy to pellets typically results in substantial savings. The warmth is employed for area heating of the dwelling area and domestic very hot h2o generation. Additionally with the included Stirling Engine, the electrical energy you make in your own residence can offset element of a home’s regular monthly electricity bill. A full load of 24 several hours can create 24 kWh of electrical power at 1kW.
At 24 kWh per working day, the Pellematic Sensible_e could produce enough electrical energy for most or all of a home’s average everyday electrical energy needs. Nonetheless, in get to produce this electric power, the boiler need to operate at total potential, which can develop a considerable amount of excessive warmth. The surplus heat may be saved whilst the electric power is even now produced but even with the heat storage abilities, some of the heat may possibly be dropped, and the effectiveness of the boiler falls. For the Pellematic Smart_e to meet up with the electric power needs of a property, it would have to lengthen much over and above the heating demands of that home.
“The concern is the big 14:1 ratio amongst thermal and electrical power on this unit, and the (very likely) slim output curve,” explains Norbert Senf, one of the judges for the Wooden Stove Design and style Obstacle, “In a thermal electricity making station, you get about a 2.5:1 ratio.”
Even though it is possibly not the most successful when it will come to making electricity, OkoFEN’s revolutionary boiler demonstrates the possible of this hybrid technological innovation. The achievement of this solution is most likely to lead to additional sector advancements to manufacture and distribute pellet boilers able of generating even greater amounts of electrical energy.
For more info verify out OkoFEN’s web site listed here
Also, their FAQ website page right here


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In Praise of Distributed Renewable Power (and why wood and pellet heat helps make so considerably perception)

Dispersed energy era refers to on-site, locally produced power as opposed to the distant and centralized generation of power that has dominated our nation.&nbsp Sheila and Bill Powers, renewable strength specialists and activists argue why residential solar and biomass need to be the centerpiece of U.S. strength policy, not centralized services owned by firms this kind of as nuclear, gas and coal fired plants or huge solar or wind farms.
“Distributed technology most commonly entails solar photovoltaics (PV), but can also include modest hydroelectric, modest-scale biomass facilities and micro-wind.&nbsp There are numerous rewards to dispersed generation when excellent guidelines are applied.&nbsp Foremost is that the bulk of the financial positive aspects of extensively distributed, domestically developed cleanse strength can go straight to price-payer turbines and residence homeowners by means of mechanisms such as the feed-in tariff, a generous for every-kilowatt-hour payment made to ratepayers who generate clear energy on their residences and firms.

“Remote, centralized electricity production and its related transmission are substantially much more vulnerable to significant electrical shutdowns from earthquakes, hurricanes, fires, wind, ice, human error, cyber assault or terrorism than distributed era.

“Because distributed energy can be regionally created, regionally owned and domestically eaten – bringing both financial benefits and positions to communities – there is usually significantly less regional opposition to employing dispersed vitality projects than to building (and funding) centralized, huge-scale energy assignments.&nbsp Big-scale renewable strength projects – this sort of as most proposed solar energy crops and industrial wind technology sited in remote areas – symbolize a continuation of the previous paradigm of big scale industrial development, owned and managed by monopoly pursuits which externalize the vast majority of their expenses onto ratepayers, taxpayers and the surroundings even though privatizing the revenue.&nbsp In distinction, small scale initiatives are frequently strongly meant by regional communities.”
Sheila Powers is a citizen activist with solardoneright.org.&nbsp For numerous a long time she has been studying the economic, political and authorized biases that promote industrial-scale vitality development even though artificially impeding the growth of environmentally sound distributed era.&nbsp Monthly bill Powers is the principal of Powers Engineering, an air-top quality consulting engineering company recognized in 1994.&nbsp
The previously mentioned prices are taken from a longer essay which appeared in the e-book “Energy: Overdevelopment and the Delusion of Countless Growth” by the Put up Carbon Institute, http://www.postcarbon.org/write-up/1575982-the-coming-crash-our-addiction-to.


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