get an introduction to passive house and its rigorous energy-efficiency requirements of windows and doors. see phuis certified pella products.
zero energy ready homes are affordable and cover a wide variety of home types.
interested in making your home a net zero energy home? sometimes it’s nice to use a good book (or two) as your guide. here are some of our favorites.
there are many ways to build sustainably. passive house and net-zero construction are two such ways. but what's the difference between them?
passive house
it is not just about energy, but also the health/wellness discussion should be incorporated into the question.
passive house is a performance-based building certification that focuses on the dramatic reduction of energy use for space heating and cooling. it is a set of metrics for energy performance, a cert…
abstract. in this paper, a life cycle cost-based optimization analysis is carried out to compare the energy and cost performance of diverse sustainable designs of a residential building. these designs include code optimal, net zero energy building, and passive house. it is found that in the case where natural gas is employed, a total energy savings of 77% is optimal. the cost-optimal design for electrification achieves 100.12% of energy savings relative to the baseline design but results in a slightly high life cycle cost than that of the gas-cost optimal design. in addition, the results indicate that due to the additional capital costs for the required energy-efficient measures, the passive house case is less economically optimal than the net zero energy building design options. overall, the most cost-optimal designs are found to be for natural gas-heated homes with marginally better energy performance than the applicable current energy efficiency code with 10-kw solar panels.
project drawdown is the “most comprehensive plan ever proposed to reverse global warming”. according to their website, this initiative “gathered a qualified and diverse group of researchers from around the world to identify, research, and model the 100 most substantive, existing solutions to address climate change. what was uncovered is a path forward that can roll...
timber ridge craftsmen. passive house designer / builder. smith mountain lake, roanoke virginia. green builder, net zero, solar, energy star, & earthcraft.
how to cut your home's carbon emission to zero by someone who has done it with heat pumps, insulation, triple-pane windows and solar panels which i call the fab four.
lots of good resources are now available, detailing how to design and build houses that consume very little energy and that produce at least as much energy as they consume (i.e., net-zero-energy homes). some “passive” homes reduce energy consumption by as much as 80-90%. new book on the topic: energy free homes for a small planet, by ann edminster. see the post for info on this and other resources and links.
there are a lot of different paths you can take to get to a net-zero home. everything from passive homes to earthships to modular and factory built houses. you can retrofit an existing building or you can build a new one. all of the options can make your head spin and there are pros and
ph needs to meet certain (what) thresholds to get certification. what about nz? is there a certification also? who? in the end, does not a ph come within inches of nz? so who cares?
crest centre northern ireland by paul mcalister architects - commercial and residential buildings in europe are overall responsible for 40% of total energy consumption and 36% of co2 emissions.
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socotec has recognized the growing audience and their desire for the passive house method of building. in-turn, socotec has invested in two of its team members to become certified passive house consultants (cphcs).
discover the differences and amazing energy efficient benefits of green home building: passive vs leed vs net-zero energy, in this ultimate resource guide.
fiberglass windows & doors. energy efficient windows. passive house windows. greenbuild home windows. triple pane, triple glazed windows
with so many energy efficiency building terms and challenges out there, what is what? we laid this out in laymen’s terms and are keeping it short and simple…or at least try the best we can.
both passive house and net zero designs require a high level of insulation and air sealing to reduce energy consumption.
this client-led project resulted in a super-smart certified passive house on a heavily shaded urban lot. they even went net zero!
rarely, can you call someone or something 'passive' and have it come off as a compliment. inactivity, especially in today's society, comes off as just plain lazy in most circles. oddly enough, adopting passive methods to power our homes just might ignite the fastest, most powerful sprint toward a net-zero building stock. passive energy practices cut back on energy use by 80%, ease harmful emissions, reduce reliance on the grid, save heaps of money, and offer the population far healthier indoor air quality (iaq).
comparing building a passive house to a conventional home, definitions, energy efficiency, costs, timelines and savings, by leading passive house team, carmel building & design
discover the difference between net zero and passive homes, combining smart sustainable design with renewable energy to create the ultimate sustainable living solution.
zero energy homes are the ultimate energy efficient homes zero energy homes are just like any home—except better. they are regular grid-tied homes that are so air-tight, well insulated, and energy efficient that they produce as much renewable energy as they consume over the course of a year, leaving the occupants with a net zero […]
looking for a passive house-certified sustainable home? read how unity's modern prefab homes often meet or exceed the national standard.
passive building (also known as passive house) is the most energy efficient, resilient and comfortable way to build, and phius is the industry leader.
this article will compare and contrast the net-zero and passive house construction approaches, outlining the benefits and drawbacks of each.
passive house is a building standard, originally developed in germany and called passivhaus , that reduces heating needs by an astonishing 90%. it was founded by dr. wolfgang feist in 1996, and since then, it has spread to many countries including the united states. there are already more than 60,0
cut through the talk and confusion about net zero and house construction models. understand net zero vs. passive house and more.
at frontiers, we are continuously soaking up industry innovation and translating that knowledge to our clients. making informed decisions in our changing world is critical to future-proofing our homes.
net zero ready vs net zero vspassive house net zero, net zero ready, and passive house are all terms that have been gaining popularity in the building industry but many do not know the key differences between them. although they are all focused on energy efficiency, they have very different approaches which can have a […]
as architects and designers, we have a responsibility to create buildings that not only meet the functional needs of the occupants but also have a positive impact on the environment. one way to achieve this is by implementing high performance building design strategies in our projects.
while solar homes have reached a milestone, superior envelope efficiency must be primary.
it is not just about energy, but also the health/wellness discussion should be incorporated into the question.
exceptional energy efficiency. the passive house institute us, inc. (phius), a non-profit 501(c)(3) organization, has developed north american passive building standards and practices to create buildings that are highly energy efficient, durable, and comfortable. passive homes achieve excellent energy efficiency through the same basic methods that e3 innovate utilizes on a daily basis.
the passive house concept has developed into one of the most rigorous construction standards in the world, offering a pathway to significantly cut down greenhouse gas emissions...
there's more than one way to build a green home. here are 3 eco-certifications to understand. remember it is ok to qualify for more than one!
passive house is both a green building rating system for deep energy efficiency and a philosophy of how to build good buildings. even when we are not pursuing passive house certification we embed the principles in our design work. these include optimized continuous insulation, air sealed construction, high-performance windows and doors, detailing for minimal thermal bridging, and balanced energy recovery ventilation paired with high efficiency heating and cooling systems. the results of this integrated approach are ultra-low energy use, high indoor air quality, thermal comfort, acoustic comfort, and increased thermal resilience.
answer (1 of 23): net zero is a flexible concept. building a home that requires no external energy for heating and cooling will be expensive. building a very energy efficient home and including a very large solar array that will produce in a year more energy than the home uses in year is much eas...
the energy savings from net zero passive houses can reduce heating costs by 75% to 90%, and these new dwellings have a much longer life span, writes passive design solutions’ natalie leonard. she says ensuring that all new structures achieve significant and permanent energy reductions will require financial incentives to facilitate the replacement of existing homes.
a case study of a passive house, net zero home built by bpc green builders in north stamford ct.
this amazing net-zero passive house is designed for -40 northern canadian winters with no furnace.
we are providing information about the leed standard, standalone building and passive housing.
read our leed vs. net zero vs. passive house: what's the difference? article in the wdm architects newsroom.
net zero vs. leed homes. alair homes explains the difference and looks into which style of home is best for you.
changes to the way houses and other buildings are constructed could lower energy use and greenhouse gas emissions, writes richard lebrasseur, an assistant professor of landscape architecture and director of dal's green infrastructure performance lab.