The same Hawaii Island company known for its grass-fed hamburgers now wants to sell the electricity used to cook them. ADVERTISING The same Hawaii Island company known for its grass-fed hamburgers now wants to sell the electricity used to cook
The same Hawaii Island company known for its grass-fed hamburgers now wants to sell the electricity used to cook them.
In a press release issued Wednesday, Parker Ranch Inc. CEO Neil “Dutch” Kuyper announced the company has launched Paniolo Power Co. LLC as a new subsidiary aimed at using renewable resources in Waimea to generate power. The announcement comes a little more than a week after Parker Ranch announced the formation of Paniolo Cattle Co., which would focus on boosting production of locally available grass-fed beef.
Parker Ranch will present the company’s preliminary findings from a study it commissioned measuring the potential for integrating locally available resources at a 5:15 p.m. meeting today of the Waimea Community Association in the Waimea School cafeteria.
“The preliminary results from our energy team, led by Siemens, tell us there is the real opportunity to attract capital to invest in our community grid concept,” Kuyper is quoted as saying in the release.
“Microgrids,” according to the company, are small electric systems that serve a distinct area but may remain connected to a larger “macrogrid” owned and operated by the local utility.
In a commentary submitted to media in October, Kuyper explained that Parker Ranch has wrestled to face “the tightening grip of energy costs,” adding that “we see a possible solution in the rich natural resources of Waimea and have begun to explore how to use them to stabilize costs and keep more dollars at home.”
“We’ve analyzed the local food and local beef situation and it is clear that success depends on an energy decision,” he wrote. “For the Ranch, energy is our single most volatile cost and it hinders our ability to be competitive. Energy costs squeeze our margins. We also discovered that increases in energy costs for residents in our region outstrip their incomes and force them to make cutbacks and tradeoffs.”
In Wednesday’s release, Parker Ranch said Hawaii Electric Light Co.’s electric rates are “consistently more than 37 cents a kilowatt-hour, and often well over 40 cents, despite nearly half of the island’s electricity being generated from renewable sources. The national average for electricity rates last year was 12.5 cents per kilowatt-hour.”
“We think that the residents and businesses of the Big Island could be better served by a series of community solutions with regional level distributed generation focusing on our plentiful renewable resources,” Kuyper said.
Among those abundant resources that Waimea offers is wind, he said in his October commentary, referencing the “rows of trees lining the entrance to the Parker family homestead” which have long leaned in the direction of the prevailing trade winds.
“Our energy resources could be deployed for energy solutions,” Kuyper wrote, “starting with our ranching operations and extending to our community’s largest employer — another beneficiary of Parker Ranch — North Hawaii Community Hospital, and possibly to other businesses in our hometown. We also think that we have resources of size and scale that could benefit the entire island of Hawaii.”
Among the challenges that stand in the way of energy independence is that of finding a reliable and efficient way to store renewable energy, and Waimea’s hilly topography may be just the answer Parker Ranch is looking for. The company plans to “aggressively study large-scale pumped-hydro storage, given the available elevation change across our lands,” according to Wednesday’s release.
The technique is a popular one because it allows energy storage at a large scale at a relatively low cost, according to the National Hydropower Association — provided that the location is hilly enough to let gravity do the heavy lifting, so to speak.
“Pumped storage projects store and generate energy by moving water between two reservoirs at different elevations. At times of low electricity demand, like at night or on weekends, excess energy is used to pump water to an upper reservoir,” reads the association’s website. “During periods of high electricity demand, the stored water is released through turbines in the same manner as a conventional hydro station, flowing downhill from the upper reservoir into the lower and generating electricity.”
Email Colin M. Stewart at cstewart@hawaiitribune-herald.com.
