Abstract

Global warming and climate change effects have been of such impact that several countries around the world are enforcing public policies to mitigate them. Mexico has shown a strong commitment to the environment and rational use of energy, as signed on the General Law for Climate Change (GLCC) and stating, in its second article, the goal of a 30% reduction of greenhouse gases by 2020. To add to this goal, the Hermosillo Institute of Technology is implementing a pilot energy saving program that mixes retrofitting of academic buildings and the implementation of automatic controls for lighting and heating, ventilating, and air conditioning (HVAC). The retrofitting is performed by replacing fluorescent T8 tubes with high efficiency LED T8 tubes in a new arrangement. To increase the energy saving obtained by the retrofitting, a building automation and control system (BACS) has been developed and installed. The BACS is implemented using two different networks, the first one communicates a central control unit with the building control node using a private Ethernet network. Inside the building, the control actions are transmitted using a ZigBee network. The energy savings have been estimated as 4864 kWh/year, representing a 36.42% saving, the environmental and health effects are calculated using emission parameters of the nearest power plant to our site, and the procedure presented in Harvard’s Six Cities Study by Dockery. Results show a total CO2eq equivalent to 0.000409% of the national goal. The economic impacts of the carbon social cost and health benefits are $745.26 USD/year and $4017.71 USD/year while the direct billing savings are $3700.56 USD/year, and these results are based on only one building of the campus.

Highlights

  • Nowadays, global warming and climate change effects have been of such impact that several countries around the world are enforcing public policies to mitigate them

  • Mexico has shown a strong commitment to the environment and rational use of energy, as signed on the General Law for Climate Change (GLCC) and stating, in its second article, the goal of a 30% reduction of greenhouse gases by 2020 [3]

  • This paper presented results from the implementation of two stages of a pilot energy saving program of the Hermosillo Institute of Technology

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Summary

Introduction

Global warming and climate change effects have been of such impact that several countries around the world are enforcing public policies to mitigate them. All these programs helped to focus on actions that allowed the development of the present project These actions were designed to mitigate the effects of climate change using an energy efficiency approach. The education axis is focused on sensitizing the general public on issues such as how to face, mitigate, and adapt to climate change effects [18] In this regard, UNESCO is working with the Member States in the development of education programs. It would seem obvious that higher education institutions should play the role of leaders in teaching about and researching these issues, and inserting them in their sustainability programs, since they generate the ideas and technologies to address global warming and climate change mitigation. 203 (5) thIensqtuitaulittiyonoafleIdnuncoavtiaotnioalns,earnvdiceDs;e4v,eploropmmoetnetsPcireongcrea,mtec2h0n1o3l–o2g0y1,8anodf TinencoNvMat,iopna;ratnicdul5a,rblyuiwldiitnhg linstkrsatwegitihesth1e.4p, ustbrleicn,gstohceinali,nagntdheprqiuvaatlietyseacntodrsre[l3e5v]a; nancedof graduate programs; 4.1, promoting the (5) IndsetivtueltoiopnmalenItnonfosvcaiteinonti,ficananddDteecvhenlooplomgeicnatl cParpoagcriatmy w2it0h13a–f2o0c1u8s oonf tTheecpNrMod, upctairvteicvuolacralytionwiotfh sttrhateergeigesio1n.s4;, 4s.t2r,epngrothmeontininggtthhee qtruaailnitiynganodf hrieglhevlyanspceecoifalgizreadduhautemparnorgersaomusr;ce4s.1i,nprreosmeaortcinhganthde detevcehlonpomloegnictaolfdsecvieenlotipfimc aenndt; t4e.4ch, sntorleonggitchael ncainpgactihtye iwnfitrhasatrfuocctuusreonofthsceiepnrotidfiuc,cttievcehnvoolcoagtiiocnalo, af nthde reigninoonvs;at4io.2n, apcrtiovmitoyt;ianngdt5h.e3, ftorasitneirningg othf ehtirgahnlsyferspoefckianloizwedledhguemanand treecshonuorlcoegsicianl dreevseealorcphmeanntd tetcohnthoelopgriocadlucdteivveelsoepcmtoern[t3; 64]..4, strengthening the infrastructure of scientific, technological, and innovation activity; and 5.3, fostering the transfer of knowledge and technological development to thInetperondaullcyt,ivTeecsNecMtor/I[3T6H]. is implementing an environmental management program to reduce the iImntpearnctalolyf ,itTseocpNeMra/tIiToHnsiosnimthpeleemnevnirtoinngmaennteannvdir,ownmithentthael mguaindaagnecme eonftTpercoNgMram, ittios dreedsuigcneinthge itmhepainctcloufsiiotsn oopf earnateionnesrgoynmthaenaegnevmireonntmseynsteamndw, iwthiitnh itthseMgausitdearnMceanoaf gTeemcNenMt ,Pirtogisradmes,ihgnoiwngevtehre, iTnecclNusMio/nIToHf manusetntearkgeyadmdaitnioagneaml setnept sstyostseumppworitthaicntiointss tMo amstietirgaMteatnhaegefmfeecntst oPfrcolgimraamte, choawngeev.er, TecNM/ITH must take additional steps to support actions to mitigate the effects of climate change

Energy Consumption of ITH
Retrofit
Direct Savings
Environmental Impact Results
Indirect Economic Impact Results
Financial Analysis
Conclusions
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