Chatgpt generated: Aerial view of Oʻahu’s H-POWER waste-to-energy plant showing the scale of the facility that converts garbage into electricity.
The starting point for evaluating Oʻahu’s waste-to-energy plant is the fully electrified energy system developed earlier in this series. Once overseas aviation fuel, international maritime bunkering, and military energy consumption are removed from the accounting, and once transportation, buildings, and industry are electrified, the island’s civilian electricity demand settles at … [continued]
Chatgpt generated: Electric vehicle supplying power to a home in the evening using vehicle-to-home technology.
The series examining Oʻahu’s energy transition has followed a consistent structure. It began by defining the island’s fully electrified energy system and stripping away energy uses that do not serve the civilian economy. Aviation fuel for flights leaving Hawaiʻi, maritime bunkering for ships crossing the Pacific, and military energy consumption … [continued]
The starting point for evaluating biomethane in Hawaiʻi is the fully electrified Oʻahu energy system that emerged from the earlier Sankey analysis. That work removed overseas aviation fuel, long-distance maritime bunkering, and military energy use from the island energy balance. It also electrified transportation, buildings, and industry while replacing combustion … [continued]
Chatgpt generated: Conceptual seawater air conditioning plant on the Honolulu waterfront supplying district cooling to nearby buildings.
The starting point for evaluating seawater air conditioning on Oʻahu is the fully electrified energy system for the island that has been developed through the earlier Sankey analysis. In that framework the island’s civilian energy system excludes overseas aviation fuel, maritime bunkering for ships crossing the Pacific, and military energy … [continued]
Chatgpt generated: Onshore wind turbines along an Oʻahu ridgeline illustrating existing wind generation on the island.
Any serious discussion of renewable energy on Oʻahu should begin with a clear understanding of how much electricity the island actually needs once fossil fuel end uses are electrified. Earlier analysis constructed a fully electrified civilian energy Sankey for Oʻahu that removed overseas aviation fuel, international maritime bunkering, and military … [continued]
Chatgpt generated: Solar canopies covering a large commercial parking area demonstrating one of Oʻahu’s largest untapped solar resources.
Any discussion of solar power on Oʻahu has to begin with the amount of electricity the island actually needs in a fully electrified system. Earlier analysis stripped out aviation fuel for overseas flights, fuel bunkered for ships leaving the islands, and military fuel use. It also electrified transportation, buildings, and … [continued]
Chatgpt generated: Electric vehicles and urban mobility representing the electrification of ground transportation on Oʻahu.
Energy discussions about Hawaiʻi often begin with the largest numbers in the system. Aviation fuel, maritime bunkering, and military logistics move large quantities of petroleum through Oʻahu’s ports and fuel infrastructure. Those flows dominate many statistical summaries of the state’s energy system, and they create the impression that the transition … [continued]
Chatgpt generated: Oil-fired electricity generation infrastructure illustrating how petroleum still powers much of Oʻahu’s grid.
Energy discussions about Hawaiʻi often begin with the largest numbers on the chart. Aviation fuel, maritime bunkering, and military logistics dominate many of the data tables that describe the state’s energy system. When those numbers are placed on a single chart, the scale of the challenge appears enormous and the … [continued]
In my previous assessments of Hawaiʻi’s energy system, I examined specific infrastructure decisions such as proposed LNG imports and the role of legacy petroleum assets. Those analyses focused on timing, economics, and the risk of locking in fossil pathways that do not align with the state’s statutory commitment to 100% … [continued]
Latest Cohort Is Program’s Biggest Yet, With Broad Geographic Representation By Justin Daugherty, NLR Remote and island communities face unique energy challenges—but these challenges also present unique opportunities to increase energy affordability, reliability, and security. In their efforts to address their energy challenges, 38 coastal, remote, and island communities will … [continued]
