A newly released study by People of Asia for Climate Solutions (PACS) and New Energy Nexus (NEX) underscores the potential of deeper Philippines–China cooperation to speed up the country’s shift to renewable energy, while unlocking economic and technological gains for both sides. Titled “Bridging Opportunities: A Roadmap for China–Philippines Renewable … [continued]
Transport remains Europe’s biggest climate challenge. In 2025, transport emissions in the EU flatlined, with emissions from cars plateauing and increased emissions from aviation undermining a drop in shipping emissions. It is central that the new renewable energy framework works towards reducing emissions and strengthening energy independence, notably by phasing … [continued]
The newly published white paper began with a question that persisted because of how clearly island systems expose the realities of energy. Can Hawaiʻi, an isolated archipelago with no continental grid behind it and a long dependence on imported fuels, build an energy system that is cleaner, more resilient, more … [continued]
The most useful way to think about the Strait of Hormuz in a decarbonized future is not as an oil story that fades away as the energy transition advances. It is a systems story about where risk sits in the architecture of the economy. In the fossil era, Hormuz matters … [continued]
This is the culminating article in a series exploring from the outside a decarbonization solution set and coarse roadmap for Hawaiʻi. It is a set of possible next actions that a Hawaiian agency, utility, authority, or coalition could undertake if the roadmap outlined in this series is worth exploring further. … [continued]
What follows is a draft roadmap for a decarbonized O’ahu. This roadmap does not appear out of nowhere. It follows a long chain of analysis that rebuilt Oʻahu’s energy system piece by piece. Earlier articles stripped away overseas aviation fuel, international maritime bunkering, and military demand to isolate the island’s … [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]
VinGroup is on the move again. Its energy arm, VinEnergo, is asking the market to take a longer view of energy production as it disclosed an initial 10 GW international portfolio by signing development agreements across the Philippines, Denmark, and Sweden. In the course of three years, the company will … [continued]
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]
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]
