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As cli­mate change becomes a greater issue, archi­tects are under increas­ing pres­sure to design sus­tain­able, yet high-per­for­mance build­ings. In this blog, we go over some effec­tive strate­gies you can use dur­ing the design process to enhance your building’s ener­gy effi­cien­cy

In this arti­cle, Randy Daniels and DC Mangimel­li, two pas­sion­ate team lead­ers dri­ven to assist in the suc­cess of ICF com­mer­cial projects for clients across the coun­try, share their insights, val­ues and an inside look into their every­day work and accom­plish­ments with com­mer­cial ICF instal­la­tion.

Tech­no­log­i­cal inno­va­tion is chang­ing the way we live, and homes are no excep­tion. From light­ing and secu­ri­ty to air qual­i­ty and com­fort, sys­tems that once required man­u­al input are now han­dled auto­mat­i­cal­ly, adjust­ing in real time to meet chang­ing con­di­tions.

While it’s great news that we’re not cur­rent­ly using more ener­gy to run our homes, the study also ​“rais­es impor­tant con­cerns about mak­ing home ener­gy use more effi­cient.” If American’s time at home con­tin­ues to rise, home effi­cien­cy will need to as well.

As extreme weath­er events increase in fre­quen­cy and inten­si­ty, the demand for reli­able storm pro­tec­tion has nev­er been more urgent. Insu­lat­ed Con­crete Forms (ICFs) offer an advanced solu­tion for con­struct­ing storm rooms that deliv­er unpar­al­leled safe­ty, dura­bil­i­ty, and ener­gy effi­cien­cy.

Con­crete is a ver­sa­tile and durable con­struc­tion mate­r­i­al that is pre­dom­i­nant­ly used in both com­mer­cial and res­i­den­tial struc­tures. It’s essen­tial to under­stand con­crete’s ther­mal prop­er­ties, specif­i­cal­ly its tem­per­a­ture lim­its, to opti­mize its strength and dura­bil­i­ty.