Tech, talks, and transition: What we learned from Australia Wind Energy 2025 and its APAC counterparts

One of Australia’s largest clean energy gatherings wrapped up in Melbourne last week, drawing more than 8,000 delegates across three linked conferences — Australia Wind Energy 2025, Connecting Hydrogen APAC 2025, and Carbon Capture APAC 2025. Over two days at the Melbourne Convention and Exhibition Centre (MCEC), attendees from 25+ countries engaged in strategic conversations and technology showcases at the intersection of renewables, decarbonisation, and climate innovation.

The message was clear: the energy transition in the Asia-Pacific is accelerating. But coordinated policy, investment certainty, and cross-sector collaboration will be critical to scaling it further.

Offshore wind takes centre stage, with calls for action

At Australia Wind Energy 2025 (AuWE), offshore wind emerged as the sector’s headline act. With six declared offshore wind zones in Australia and gigawatts of projects in development,  particularly in Victoria’s Gippsland region where industry leaders pressed for stronger federal support.

“Ambition isn’t the problem,” said one panelist from a major offshore developer. “What we need now is clarity on transmission, on permitting, and on how government will help de-risk investment.”

Speakers from the UK, the Netherlands and China shared international lessons on regulatory design, grid integration, and community engagement. Meanwhile, domestic players called for clearer timelines and funding commitments, especially for infrastructure linking offshore generation to the mainland grid.

Hybrids, hydrogen and heavy hitters

The exhibition floor, featuring more than 200 exhibitors, reflected the expanding breadth of the clean energy economy. In wind, new hybrid models were on show, including a portfolio of wind-plus-battery projects backed by Chinese and Italian partners, aiming to provide flexible, dispatchable power from renewable sources.

The Connecting Hydrogen APAC conference demonstrated hydrogen’s growing role in regional decarbonisation strategies. Delegates from Japan, Korea, and Singapore shared updates on bilateral hydrogen trade frameworks, while Australian innovators highlighted progress on green hydrogen pilots and export-readiness.

At Carbon Capture APAC, conversations focused on scaling storage infrastructure, integrating CCUS into industrial processes, and aligning projects with evolving carbon markets. Energy majors and cleantech startups alike emphasised the urgency of deploying the technology to help meet emissions targets.

Across all three events, major names were on show including RWE， ENGIE，Parkwind， Woodside Energy，Mitsubishi Heavy Industries, Siemens Energy, Toyota, Plug Power, Trina Green Hydrogen, and the Australian Centre for Offshore Wind Energy. Delegations also included infrastructure financiers, government bodies, OEMs, and international trade organisations.

A regional platform for clean tech collaboration

Collectively, the events illustrated the growing maturity of APAC’s clean energy sector, and the need for cross-cutting collaboration. “Wind doesn’t operate in a vacuum,” said one speaker during a plenary session. “Hydrogen, CCUS, grid technology,  it’s all part of the same transition story. These platforms give us a chance to connect the dots.”

.The organisers have already confirmed a return in 2026, which will mark the launch of APAC Energy Transition Week — a new, expanded platform uniting the region’s clean energy leaders. Alongside the returning wind energy and hydrogen events, next year will also introduce two exciting additions: the Sustainable Aviation Fuel (SAF) APAC Summit, and the inaugural AI for Energy Transition APAC Summit, both scheduled for July 8–9, 2026 at the MCEC.

As the Asia-Pacific region races to decarbonise while growing energy demand, forums like these are set to play a critical role in convening the partnerships, capital, and policies that will define the coming decade.

This is a paid sponsored article brought to you by Leader Associates.