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New solar field looks to provide Bucknell with nearly 10% of university’s power | Education

Lewisburg, Pa. – More than a decade of work paid off Thursday in the form of a new solar field on Bucknell’s campus that will provide about 10% of the university’s energy.

Bucknell began initial discussions for a major solar project back in 2009.

Left to right: Victor Udo, Bucknell’s director of sustainability; John Bravman, president of Bucknell; and Chad Farrell, Bucknell class of ’92 and CEO of Encore Renewable Energy.

Jeremy Stout

According to Bucknell President John Bravman, the solar field will provide 1.76 megawatts of energy, or 7% of the university’s total energy consumption.

According to Encore Renewable Energy, the supplier of the project, the expected life of the solar array is 30 years.

The solar array location is designed to provide primary solar exposure, featuring south-facing panels tilted 25 to 35 degrees at a maximum height of nine feet.

This solar array is part of Bucknell’s goal to reach carbon neutrality by 2030, as outlined in the university’s sustainability plan. Other ways Bucknell is working toward its goal of carbon neutrality include the ongoing transition of campus lighting to more sustainable LEDs and the Bison Bike program, which provides free bicycles to students.

The campus also has designated parking spaces for “low-emission vehicles” and two electric vehicle charging stations, including one two-port ChargePoint station open to the public and one Tesla dedicated station.

As part of the project, “pollinator-friendly” vegetation was planted between the panels to attract bees and butterflies to the area. The university plans to use sheep to maintain the grass around the panels.

Bravman said during the ribbon-cutting ceremony for the solar sites that “the future of today wasn’t always clear” since they started exploring solar energy more than a decade ago.

Jim Knight, Bucknell’s project manager, said the university has been looking to complete a major solar project since 2009.

Jeremy Stout

Bravman’s sentiments were echoed by Bucknell Project Manager and East Buffalo Township Supervisor Jim Knight.

Since 2009, numerous solar projects have been proposed from other companies, but those companies have “just talked” and never delivered, Knight said.

Knight said the university doesn’t have the same problem with Encore, which “never bounces back from setbacks.”

According to Bravman, the project is a sign of how serious Bucknell is about the future of renewable energy.

Encore CEO and Bucknell alumni Chad Farrell said the project shows the university is “leading the way in clean energy for higher education.”

“[The project] delivers energy efficiently and affordably,” Farrell said.

Farrell also noted the educational opportunities the solar field can provide students as they seek to develop skills for the future of the energy industry.

Bucknell sophomore and climate advocate Colton Jiorle spoke about the importance of the project in helping Bucknell achieve carbon neutrality by 2030.

Jeremy Stout

Bucknell sophomore and clean energy advocate Colton Jiorle said the project is an example of Bucknell “leading the way” in offering educational opportunities for renewable energy.

“This is a step forward in reducing Bucknell’s carbon footprint,” Jiorle said. “Carbon neutrality still has a long way to go, but it is achievable.”

On Oct. 6, Bucknell hosted a ribbon-cutting ceremony for its new array of solar panels.

Jeremy Stout

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How much does solar energy cost?

What are 10 disadvantages of solar energy?

10 Malavantaĝoj de Suna Energio kaj Malavantaĝoj de Sunaj Paneloj

  • Loko kaj Sunluma Havebleco.
  • Sunaj Paneloj Uzas Multan Spacon.
  • Sunbrilo estas Nefidinda.
  • Sunpaneloj estas malefikaj.
  • Sun Paneloj Kreas Median Degradiĝon.
  • Sun Panela Produktado Uzas Fosiliajn Fuelojn.
  • Sunaj Paneloj Kreas Toksan Malŝparo.
  • Multekosta Energio Stokado.

Kio estas 5 Avantaĝoj kaj malavantaĝoj de suna?

What is the biggest problem with solar energy?

Unu el la plej grandaj problemoj, kiujn prezentas la teknologio de suna energio, estas, ke energio nur generas dum la suno brilas. Tio signifas, ke noktaj kaj nubaj tagoj povas interrompi la provizon.

What is the biggest challenge to the use of solar energy?

Unu grava zorgo estas efikeco â sunpaneloj nur konvertas malgrandan procenton de la disponebla sunenergio en uzeblan energion. La fidindeco de Suna ankaŭ estas problemo, precipe en certaj geografiaj regionoj.

What are the two main disadvantages to solar energy?

Altaj komencaj kostoj por materialo kaj instalado kaj longa ROI (tamen, kun la redukto de la kosto de suna dum la lastaj 10 jaroj, suna fariĝas pli kosto farebla ĉiutage) Bezonas multan spacon ĉar efikeco ankoraŭ ne estas 100%. Neniu suna energio nokte do necesas granda bateria banko.

What is the main disadvantage of solar energy?

La malavantaĝoj estas, ke ĝi nur produktas energion kiam la suno brilas, bezonas gravan kvanton da tero, kaj ke certaj sunaj teknologioj postulas maloftajn materialojn.

What is the cheapest source of electricity?

Kaj estas tre bonaj novaĵoj por la planedo: Suna kaj ventoenergio, je la skalo, ke grava servaĵo deplojigus ilin, nun estas la plej malmultekosta formo de potenco. Ili estas iom malpli multekostaj ol naturgasaj elektrocentraloj kaj konsiderinde pli malmultekostaj ol karbo kaj nuklea.

Ĉu karbo estas la plej malmultekosta fonto de energio? Vajomingo sole tipe respondecas pri proksimume 42% de la tuta hejma karbo elminita. El ĉiuj fosilifuelaj fontoj, karbo estas la malplej multekosta por sia energienhavo kaj estas grava faktoro en la kosto de elektro en Usono.

What is the cheapest way to make power?

Vento: La plej malmultekosta el ĉiuj renoviĝantaj energifontoj kaj la malplej polua el ĉiuj, ventoenergio estas realigebla nur en lokoj kun bona ventorapideco. Ĉar ventoturbinoj povas dividi terspacon, ĝi estas bona elekto por bienoj kaj ranĉoj.

What is the cheapest method of producing electricity?

Dive Brief: Natura gaso, suna kaj vento estas la plej malmultekostaj manieroj por generi elektran energion, laŭ nova studo publikigita de la Universitato de Teksaso ĉe la Energia Instituto de Aŭstino ĵaŭde.

Does solar damage your roof?

Por plej multaj domposedantoj, kondiĉe ke viaj sunpaneloj estas ĝuste instalitaj, ili ne devus damaĝi la eksteron aŭ la infrastrukturon de via tegmento. Se vi laboras kun kvalifikita licencita profesiulo kaj via tegmento estas en bona stato, viaj sunpaneloj ne influos la integrecon de via tegmento.

Ĉu sunpaneloj povas ruinigi tegmenton? La plej granda zorgo pri domposedantoj pri tegmentaj sunaj paneloj estas la ebla damaĝo, kiun ili povas kaŭzi al siaj tegmentoj. Nedece instalitaj sunpaneloj povas pliigi la riskon de akvofluoj kaj fajro kaj ankaŭ malfortigi la strukturon kaj kapablon de la tegmento elteni la elementojn kaj porti taŭgan pezon.

Do solar panels cause your roof to leak?

En preskaŭ ĉiuj kazoj, la respondo estas ne. Tegmentaj likoj post sunpaneloj estas ekstreme maloftaj. Kiam tegmento liko post kiam la sunpaneloj estas ekipitaj okazas, tamen, ĝi kutime fariĝas evidenta tre rapide post kiam la instala procezo estas finita.

Why you shouldn’t put solar panels on your roof?

Via tegmento estas tro malgranda: Sunpaneloj bezonas sunlumon por generi elektron. Ju pli da sunlumo ili sorbas, des pli da potenco ili generas. Se vi havas malgrandan tegmenton, vi eble trovos, ke sunaj paneloj simple ne generos sufiĉe da kilovat-horoj por efiki sur viaj fakturoj.

Do solar panels prevent roof leaks?

Jaroj da batanta pluvo, hajlo kaj sunbrilo povas kaŭzi tegmentajn produktojn degradi, pliigante la verŝajnecon de liko. Kiam vi instalas fotovoltaikaj paneloj, tamen, via tegmento estas pli bone protektita kontraŭ multe de ĉi tiu veter-rilata damaĝo. Do via suna aro povas, fakte, helpi malhelpi tegmentajn likojn.

Is wind or solar cheaper?

Male al ventoturbinoj, sunpaneloj ne havas iujn ajn movajn partojn, kiuj povus kaŭzi pli da eluziĝo, rezultigante pli da bontenadokostoj post komenca investo. Komparante sunbienon kontraŭ ventobieno, surbaze de la supraj nombroj, sunenergio aperas antaŭen kiel pli malmultekosta maniero por generi potencon por loĝuzo.

Ĉu suna kaj ventoenergio estas pli multekosta? Enketo de BNEF konstatas, la kostoj por konstrui kaj funkcii novajn sunajn kaj ventoinstalaĵojn estas ankoraŭ pli malmultekostaj ol gasaj aŭ karbaj plantoj.

Is solar or wind a better investment?

Vento estas pli efika energifonto ol suna. Kompare kun sunpaneloj, ventoturbinoj liberigas malpli da CO2 al la atmosfero, konsumas malpli da energio kaj produktas pli da energio entute. Fakte, unu ventoturbino povas generi la saman kvanton de elektro per kWh kiel proksimume 48,704 sunpaneloj.

Which is best solar or wind?

La vento estas pli efika energifonto ol suna. Ventoturbinoj liberigas malpli da CO2 al la atmosfero. Ventoturbino produktas 4,64 gramojn da CO2/1kWh dum la sunpanelo produktas 70 gramojn da CO2/1kWh. Ventoenergio konsumas malpli da energio kaj produktas pli da energio kompare kun sunpaneloj.

Which is more profitable solar or wind?

La plej efika loĝa suna panelo sur la merkato kapablas konverti 20% de energio utiligita de la suno. Aliflanke, ventoturbinoj povas konverti inter 60% – 90% de la energio kiun ili utiligas de vento. Do teknike, ventoenergio estas la antaŭa en efikeco kiam temas pri natura, pura energio.

Which is better wind turbines or solar panels?

Efikeco. Ventoturbinoj averaĝe jungas 60% de la energio, kiu trairas ilin, kompare kun la 18% – 22% efikeco de sunpaneloj. Tial, estas nekontestebla, ke hejma ventoturbino povas produkti pli da elektro ol pluraj sunpaneloj.

What is cheaper wind turbines or solar panels?

ventobieno, surbaze de la supraj nombroj, suna energio aperas antaŭen kiel pli malmultekosta maniero por generi potencon por loĝuzo. Ankaŭ estas multe pli farebla instali.

How many acres of solar panels equal a wind turbine?

Kiom da sunpaneloj necesas por egali ventoturbinon? Ventoturbino de proksimume 5kW produktos la ekvivalentan kvanton de energio tage kiel proksimume 24 sunpaneloj, sufiĉe da energio por domanaro de 6 homoj.

Sources :

Solar is now the cheapest energy in history

Thanks to increasingly better technology, panel design, and scaled manufacturing, solar panels have become incredibly cheap. In the last decade alone, the cost per unit of energy they produce has dropped by 85%, with many reports calling solar the cheapest energy ever.

According to the International Renewable Energy Agency (IRENA), two-thirds of all wind, solar and other renewable energy projects that came online in 2020 were cheaper than the cheapest new fossil-fuel power plants. This is more than double the equivalent share for 2019.

This trend will only continue in the future and the cost of renewables is expected to drop significantly.

“In 2021, the global weighted average cost of newly commissioned solar photovoltaic (PV), onshore and offshore wind projects has fallen. This is despite rising commodity and renewable equipment prices in 2021, given that there is a significant lag before these cost increases are reflected in the project’s total installed costs; and significant improvements in performance in 2021 have increased capacity factors, particularly for onshore wind,” the authors write in IRENA’s 2021 Renewable Energy Generation Costs report.

Compared to 2019, the cost of onshore wind decreased by 13%, offshore wind decreased by 9%, and solar photovoltaic projects decreased in cost by 7%. New utility-scale solar PV projects commissioned in 2021 fell another 13% year-over-year to $0.048/kW from $0.055/kW.

IRENA estimates that, given current high energy prices, renewable energy added in 2021 will save at least $55 billion in global energy production costs in 2022.

These findings are echoed in another report by the International Energy Agency (IEA), known as World Energy Outlook 2020, which concludes that “solar power is now the cheapest electricity in history.”

According to the IEA, PV technology is cheaper than coal and gas in most countries. In fact, the sunk cost of solar power surprised even the report’s authors, causing them to revise some of their original predictions.

The IEA presented four pathways, or scenarios, of what the world’s energy production could look like in 2040, all of which predict a massive increase in renewables. The current most likely scenario, which is not overly optimistic, has 43% more solar output by 2040 than the IEA predicted in early 2018.

These developments are good news, of course, but they still don’t go a long way toward averting humanity’s greatest existential threat: climate change.

Despite the decline in coal and other fossil fuels, the IEA and other research institutions are cautious about declaring that we have reached peak global oil use. In addition, gas demand is expected to increase by 30% by 2040, although the war in Ukraine has certainly changed this dynamic, at least in Europe.

We are not out of the woods yet when it comes to our reliance on fossil fuels and more ambitious action is required of us. Keeping global warming below 1.5°C by reaching global net-zero CO2 emissions by 2050 will involve, among other things, individual behavior change such as working from home at least three days a week and consuming less meat.

“Renewable energy is the cheapest form of energy today,” said IRENA CEO Francesco La Camera. “Renewable energy frees economies from volatile fossil fuel prices and imports, curbs energy costs, and improves market stability – even better if today’s energy crisis persists,” he added.

As world leaders prepare for COP27 in Egypt in November, governments will be urged to use increasingly affordable renewable energy and the vulnerabilities of the energy crisis to accelerate their commitments and translate their climate commitments into concrete action.

Can solar power the world?

Why are we not using solar energy?

Međutim, problemi sa solarnom energijom, odnosno skupa cijena i nedosljedna dostupnost, spriječili su je da postane više korišten izvor energije. Solarna energija čini manje od 0,5% ukupne energije proizvedene u Sjevernoj Americi iako postoje golema područja kontinenta u kojima sunce neprestano sija.

Kojih je 10 nedostataka solarne energije? 10 nedostataka solarnih panela

  • Visoki početni trošak. …
  • Veličina sustava ovisi o vašem raspoloživom prostoru. …
  • Za najbolji rad potrebno je sunčano vrijeme. …
  • Proizvodnja solarnih panela može naštetiti okolišu. …
  • Nizak stupanj pretvorbe energije. …
  • Ne može se koristiti noću. …
  • Solarni paneli su fiksirani na mjestu instaliranja.

What are 5 Advantages and disadvantages of solar?

Prednosti solarne energijeNedostaci solarne energije
Smanjuje račune za strujuVisoki početni troškovi
Pruža porezne poticajeOduzima puno vremena
Uparuje se sa spremnikom solarnih baterijaOvisno o vremenskim prilikama
Prijatelj okolišaStrogi kriteriji

What are 5 disadvantages of solar panels?

Općenito, nedostaci solarne energije uključuju visoke početne troškove, nisku učinkovitost, potreban prostor za ugradnju solarnih panela, nepouzdanost izloženosti suncu i veliko zagađenje od proizvodnje solarnih panela.

What is a major disadvantage of solar?

Mane su to što proizvodi energiju samo kad sunce sja, treba mu značajnu količinu zemlje i što određene solarne tehnologije zahtijevaju rijetke materijale.

Can a country run entirely on renewable energy?

Island je zemlja koja radi na 100% obnovljivoj energiji. 75% električne energije dobiva iz hidroenergije, a 25% iz geotermalne. Zemlja potom iskorištava svoju vulkansku aktivnost za pristup geotermalnoj energiji, pri čemu 87% tople vode i grijanja dolazi iz ovog izvora.

Može li cijela država raditi na obnovljivoj energiji? Kapacitet za obnovljivu energiju je ogroman: “Zemlja prima 23000 TW sunčeve energije, dok je globalna potrošnja energije 16 TW. Stoga bi [100 posto obnovljiva energija] mogla biti moguća čak i ako uhvatimo samo 0,07 posto sunčeve energije” kaže profesor Xiao Yu Wu, energetski stručnjak s MIT-a.

Can we rely 100% renewable energy?

Rad na 100% obnovljivoj energiji Pa, prema mnogim istraživačima svijet koji se u potpunosti pokreće obnovljivim izvorima energije kao što su vjetar, sunce, hidro itd., uopće nije nerazuman.

Can we fully rely on renewable energy?

Svakako, obnovljivi izvori energije su jedini energetski sustav koji je dugoročno održiv. Ugljen, nafta i drvo koji su bili glavni izvori energije nisu obnovljivi izvori. Ova sredstva nisu dugotrajna. Fosilna goriva već su dugo dio ljudskog života.

Is 100% renewable energy even possible?

Matematički je nemoguće da više od 100% električne energije korištene u NEM dolazi iz obnovljivih izvora: 100% je granica. Svaki cilj od više od 100% obnovljivih izvora je drugačiji izračun.

Can the world run on solar power?

Uz tehnološka poboljšanja, u bliskoj budućnosti bilo bi moguće slati solarnu energiju bilo gdje na kugli zemaljskoj čak i bez pomoći baterija. Na primjer, mreža koja obavija zemaljsku kuglu to bi lako mogla učiniti. Na temelju Bloomberg NEF prognoza, solarna energija i vjetar napajat će pola svijeta do 2050. godine.

Što bi se dogodilo da cijeli svijet postane solaran? Bila bi to razlika od 22 milijarde tona ugljičnog dioksida koja ne bi trebala zagađivati ​​zrak niti uzrokovati globalno zatopljenje. Ova brojka i izračun također uključuju korištenje fosilnih goriva u stvarnoj proizvodnji solarnih ploča. Dugoročno gledano, ta bi brojka mogla pasti na nulu.

Can a country run on solar power alone?

Može li država raditi samo na obnovljivim izvorima? Portugal je pokazao da je barem u pogledu električne energije odgovor potvrdan. 107 sati u svibnju 2016. sunce, vjetar i kiša pokretali su naciju.

Can a whole country run with solar power?

Vrhunci priče. Može li država raditi samo na obnovljivim izvorima? Portugal je pokazao da je barem u pogledu električne energije odgovor potvrdan. 107 sati u svibnju 2016. sunce, vjetar i kiša pokretali su naciju.

Can the US run on solar power alone?

“Ako biste htjeli napajati cijeli SAD solarnim pločama, bio bi potreban prilično mali kutak Nevade, Teksasa ili Utaha. Trebate samo oko 100 milja puta 100 milja solarnih panela za napajanje čitavih Sjedinjenih Država. Baterije koje su vam potrebne za skladištenje energije, kako biste bili sigurni da imate napajanje 24/7, veličine su 1 milju puta 1 milju.

Is it possible to power the world with renewable energy?

U dvije trećine svijeta oni su postali najjeftiniji oblici moći. Sunce i vjetar napajat će pola svijeta do 2050. godine, prema prognozama BloombergNEF-a. Do tog će vremena ugljen i nuklearna energija gotovo nestati u SAD-u, istisnuti jeftinijim obnovljivim izvorima energije i prirodnim plinom.

Can renewable energy 100% power the world?

Istraživanje koje je objavljeno u časopisu Energy Policy sugerira da je prelazak cijelog svijeta na 100% obnovljivu energiju do 2050. moguć i pristupačan, ali zahtijeva političku podršku. To bi zahtijevalo izgradnju mnogo više vjetroturbina i solarnih energetskih sustava, ali ne bi koristilo bioenergiju.

Why 100% renewable is not possible?

Glavni problem s radom na 100% obnovljivoj energiji je taj što je većina toga isprekidana. Sunce sja samo danju i vjetar ne puše uvijek, a to su dva glavna izvora obnovljive energije.

Can the world be solar powered?

Sada je međunarodni tim istraživača utvrdio da kada bi svaki dostupni krov bio opremljen solarnim pločama, mogli bi proizvesti dovoljno električne energije za napajanje svijeta.

Can the US run on wind and solar?

Nova simulacija naglašava stabilnost energije vjetra, sunca i vode. Pučinski vjetar mogao bi pomoći SAD-u u postizanju ciljeva obnovljive energije.

Možete li imati i solarnu i vjetroelektranu? Prema mnogim stručnjacima za obnovljive izvore energije, mali “hibridni” električni sustav koji kombinira kućnu vjetroelektranu i kućnu solarnu električnu (fotonaponsku ili fotonaponsku) tehnologiju nudi nekoliko prednosti u odnosu na bilo koji pojedinačni sustav.

Can the US be powered by solar?

Obilje i potencijal solarne energije diljem Sjedinjenih Država je nevjerojatan: fotonaponski paneli na samo 22.000 četvornih milja ukupne kopnene površine zemlje â otprilike veličine jezera Michigan â mogli bi opskrbiti dovoljno električne energije za napajanje cijelih Sjedinjenih Država.

How much land would it take to power the US with solar?

Prema izvješću Nacionalnog laboratorija za obnovljivu energiju, otprilike 22 000 četvornih milja površine ispunjene solarnim pločama (otprilike veličine jezera Michigan) bilo bi potrebno za napajanje cijele zemlje, uključujući svih 141 milijun kućanstava i poduzeća, na temelju 13- 14% učinkovitosti za solarne module.

Why doesn’t the US use more solar energy?

Sve se svodi na troškove i infrastrukturu. U konačnici, najveća kočnica razvoju obnovljivih izvora energije su troškovi i logističke prepreke. Kad infrastruktura za obnovljive izvore energije poraste, vidjet ćemo kako će postati sve popularniji i korišteniji.

How much of the US is powered by wind and solar?

Vjetar i sunce su najbrže rastući obnovljivi izvori, ali doprinose sa samo 4,6% ukupne energije koja se koristi u SAD-u.

How much solar energy is used in the US 2022?

Očekujemo da će solarni proizvodni kapacitet američkih komunalnih poduzeća porasti za 21,5 GW u 2022. Ovaj planirani novi kapacitet premašio bi prošlogodišnjih 15,5 GW dodatnih solarnih kapaciteta, procjena temeljena na prijavljenim dodacima do listopada (8,7 GW) i dodacima planiranim za posljednji dva mjeseca 2021. (6,9 GW).

What percentage of the US uses solar?

Izvor energijeMilijarda kWhUdio u ukupnom iznosu
Solarni (ukupno)1152,8%
Fotonaponski1122,8%
Solarna toplina30,1%
Biomasa (ukupno)551,3%

Can the US run on 100% renewable energy?

Američke savezne države mogu zadovoljiti 100 posto svoje potrošnje električne energije obnovljivom energijom do 2035., čak i uz snažan porast potražnje zbog elektrifikacije prijevoza i grijanja. Prijelaz na obnovljive izvore energije donosi snažne prednosti u smislu zdravlja, klime, gospodarstva i pristupačnosti energije.

Could the US run off of renewable energy?

Skupina istraživača sa Stanforda predvođena Markom Jacobsonom, profesorom građevinarstva i inženjerstva okoliša, krenula je dokazati da je mreža 100 posto obnovljive energije do 2050. ne samo izvediva, nego da se može napraviti bez ikakvih prekida struje i po nižoj cijeni od postojeća rešetka.

Is 100% renewable energy for the US Possible?

Zahtijevajmo političku akciju. I sjajna vijest je da je tehnički izvedivo zadovoljiti 100 posto potreba za električnom energijom u američkim državama s obnovljivom energijom, čak i dok čistimo druge sektore gospodarstva.

Sources :

Solar panels atop Chinook Centre able to feed into power grid


Local News Energy Business

Enmax installed 1,900 solar photovoltaic panels on top of the shopping center and commissioned them this May.

Enmax has installed 1,900 solar panels on top of the CF Chinook Center in Calgary, which will feed excess energy back into the grid.

Enmax and CF Chinook Center have taken a major step in bringing solar power to commercial and industrial facilities to increase reliability on the state grid.

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Enmax installed 1,900 solar photovoltaic panels on top of the mall and commissioned them in May. A first for North America, the system allows for the export of excess energy to a secondary grid, such as residential properties with solar panels.

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“This pilot wasn’t really about volume, but it was about proving the technology that we could really enable the flow of energy,” said Jana Mosely, president of Enmax. “We will now continue to work with other customers who are interested in providing this for them as well.”

A secondary grid is used by many large municipalities to provide reliable and safe electricity.

Enmax modified the network’s hardware, software and communications to enable two-way flow without compromising network security and reliability.

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Mosley noted that other major centers such as Edmonton, Saskatoon, Toronto, San Francisco, Seattle and New York are closely watching the project as a potential blueprint for future infrastructure.

TC Energy spent $146 million to build a solar project in Alberta

Rooftop solar gains momentum in Spain as Europe revives renewable push

A developer is proposing a $340 million solar farm project for Sturgeon County

The Chinook Center’s panels, which cover the area of ​​three NHL ice surfaces, have provided 5,000 kilowatt-hours of power to the grid since commissioning. on solar energy.

Paige O’Neill, general manager of CF Chinook, said the array is expected to generate 900,000 kilowatt-hours of electricity for the mall during the year – about 10 percent of demand – and reduce 650 tons of carbon dioxide. .

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“This of course coincides with and complements the Cadillac Fairview initiative to reduce our carbon footprint and electricity consumption,” he said.

CF Chinook was approached about the project by Enmax, which received $1.4 million from Natural Resources Canada and $820,000 from Alberta Innovates. The size of the roof of Calgary’s largest mall was a big factor in its selection, as well as its high energy demand. The installation of solar panels started in April 2021.

If the project is successful, Enmax will look at more buildings in the secondary network, including the installation of roof coverings in downtown offices and other commercial centers.

As the price of electricity increases and the load on the grid increases, alternative energy sources become more important.

Last week, the Alberta Electric System Operator issued two separate Grid Alerts requiring backup systems and recalling Albertans back to service.

AESO also reported that the average pool price for electricity from September 22 to 28 was $308/MWh, more than double the annual average pool price of $145/MWh.

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While no silver bullet, Mosley says it could be part of a long-term solution to decarbonisation.

“We as a community will need every tool in our toolkit to achieve our clean energy goals in our state, our country and globally,” he said. “We also need to look at ways in which we can better use distributed energy sources directly at the source, taking less from the grid, and a project like this allows people to do that. “

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Twitter: @JoshAldrich03

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