In 2012, Â鶹ÊÓƵ began work on a $6.8 million, 1-megawatt ground-mounted solar array, a project whose innovative design takes a distinctively liberal arts approach to green power with its blending of technology and art.
Energy Efficiency at Â鶹ÊÓƵ
Background
Â鶹ÊÓƵ’s campus represents more than 130 years of character and history, with the lineage of most buildings tracing back to the early 1900s. Subsequent renovations helped ensure peak performance, though the last large-scale improvements to most of our buildings occurred more than 30 years ago.
Huge opportunities exist to substantially lower our campus energy use by updating these buildings and bringing their systems up to modern efficiency standards. The recent passage of Los Angeles’s Existing Building Energy and Water Efficiency in 2017 provides an added incentive and timeline to optimize our energy use.
Daily Operations
Smaller energy retrofits do take place, especially as older equipment wears down. Campus Dining’s recent purchase of efficient fryers and ovens demonstrates their commitment to energy savings in addition to quality service. Beginning in Fall 2018, steam traps are being replaced and updated to warm buildings more efficiently in the winter months.
Large-scale Projects
As a signal of Â鶹ÊÓƵ’s commitment to sustainability, in 2014 the Board of Trustees designated $3.5 million within the endowment as the Occidental Sustainable Investment Fund (OSIF). This fund provides the revenue required to pursue large-scale energy efficiency projects. In 2018, OSIF funded an exterior lighting retrofit project in which the bulbs of 77 street lights were replaced with LEDs, cutting energy use by nearly 80%.
Solar Energy on Campus
One of the most visible landmarks on the Â鶹ÊÓƵ campus has generated a lot of enthusiasm—and clean, renewable energy—since its construction in 2013. Combining science, engineering and art, Â鶹ÊÓƵ’s 1-megawatt, ground-mounted solar array generates 12.6 percent of the College’s annual electrical usage.
Made possible by a team of persevering faculty led by Daniel Snowden-Ifft of physics, the array has reduced Â鶹ÊÓƵ’s climate impact and saved the College more than $1.3 million since its inception.
In 2014, solar panels were added to the roof of the Samuelson Alumni Center, which generates one-third of the center’s electricity needs. Professor Snowden-Ifft continues the effort to expand Â鶹ÊÓƵ’s solar portfolio, and if you’d like to know more, you can .
Electrical Grid
In addition to the array, Â鶹ÊÓƵ is still connected to the larger electrical grid. The climate leadership in California is working steadily to make the grid cleaner, as seen with the passage of into law in 2018. This legislation set targets for utilities to increase their renewable energy production to 60% by 2030.
Tips for Reducing Energy Use
Another key aspect of the overall strategy to lower energy usage is changes to individual behavior. The annual Winter Break Shutdown encourages the entire campus community to unplug and power down as much as possible as people depart for the holidays.
Here are some simple suggestions that can help anyone reduce energy usage:
- If you have thermostat control in your area, set the temperature at 68 and 78 degrees in the winter and summer, respectively.
- Don’t prop open external doors and windows.
- Turn off lights, computers and printers when not in use.
- Unplug chargers from the wall that are not in use.
- Turn off your computer monitor when you're away from your desk (it's the biggest power drain on your computer system).
- Or work on your laptop, which uses up to 50 percent less power.
- Leave half of your overhead lighting off—less light means less heat in warmer months as well as energy conservation.