Do you desire to know god and his word better.
Nipawin bible college solar panels.
Energy produced by 399 solar panels will be subtracted from the.
Wes fehr the school s outgoing president.
Posted by nipawin bible college on friday october 11 2019.
Attending bible college is a major investment of time energy and money.
The array consists of 399 solar panels each measuring 65 x 40.
Nipawin bible college in east central saskatchewan expects to cut its current 17 000 yearly electrical bill down to zero thanks to 399 new solar panels.
The majority of students indicate that their main purposes in attending bible college are to grow in their walk with god learn more of his word and become effective in defending and sharing their faith.
Nipawin bible college installed 7 150 square feet of solar panels to cut down on power consumption at all of its campus facilities.
Behind the solar panels is a serene and idyllic campus with many trees and a collection of academic buildings staff homes dormitories a dining hall and a maintenance shop.
Nipawin bible college campus is an ideal venue for a project of this type.
Our school is denominationally unaffiliated but definitely not anti denominational.
Nipawin bible college nipawin bible college in east central saskatchewan expects to cut its current 17 000 yearly electrical bill down to zero thanks to 399 new solar panels.
On line courses evening course do you want to grow in your relationship with jesus.
Our guess is your answer to each question was yes.
Do you want to make a difference in this world for christ.
At over 7000 square feet and producing 150 000 kilowatt hours kwh of electricity the college is able to save approximately 17 000 annually at 2015 electricity rates.
Our purpose is to instill strong christian character into students lives and prepare them for effective service at home and abroad.
7 stakeholders social sustainability iv the mwangala mwenda foundation the non.
Abundant land for ground level installation unobstructed sunlight convenient connection to existing facilities and individually metered buildings.
The model was used as a live exhibit to demonstrate cec s solar power generation capability and how solar energy can power industrial loads.
