The full agenda — with receipts

A networking slot, not a content session, so the value is in who is in the room. For EV charging professionals, Taiwan's strength is the hardware and power-electronics supply chain, so the useful targets are component makers, utilities and integrators looking for charging, storage and grid-interface partners. Go with specific introductions in mind, because the agenda gives you nothing else to work from.

Opening ceremonies are where governments signal priorities, and co-organiser SEMI GESA ties this one to the semiconductor-adjacent clean-energy supply chain. Listen for concrete targets and funding on grid upgrades, storage and electrified transport, since charging build-out depends on all three. Skip it if you only want technical content; attend if you want to read policy direction.

This is a Canada-Taiwan trade-and-investment session, with the organisers pointing to energy and materials for the tech ecosystem. The EV-relevant question is whether it covers battery materials, critical minerals or clean-power supply, and whether Canadian suppliers are actively seeking Taiwanese manufacturing partners. Most relevant to procurement, battery-supply-chain and cross-border investment teams.

Run by the government agency responsible for SMEs, this forum is about how small firms finance decarbonisation. For charging, the questions are whether green-finance products or subsidies can cover depot electrification, charger installation and on-site storage for smaller fleets and site hosts. Worth attending if you sell to SMEs or need to structure financing for them.

A TAITRA-organised matchmaking session, so the value is buyer-supplier meetings rather than talks. Charging hardware, power modules, and energy storage and monitoring suppliers are the natural exhibitors, which makes it useful for international buyers building a Taiwan-sourced bill of materials. Arrive with specs, volumes and certification requirements already set.

A corporate screening and reception from JERA, a major Japanese power generator, so treat it as a relationship-building event rather than a technical one. The most useful signal is how a large thermal and LNG-heavy utility positions itself in Taiwan's changing power mix, and where it sees partnership opportunities. Of interest to those tracking utility strategy and future power supply for charging load.

The microgrid and grid-resilience half is the part that matters for charging. High-power charging sites increasingly face grid-connection limits, and microgrids with storage are one way around them. The questions to ask: which microgrid architectures are proven at scale, how they interact with Taiwan's grid operator, and what the economics look like. Relevant to site developers, storage vendors and utilities.

Organised by the Energy Administration, so expect policy and market-structure content on solar PV system competitiveness. For EV charging, cheaper PV changes the economics of solar-plus-storage charging sites and of lowering the carbon intensity of charging. Look for pricing, grid-integration and local-content signals that affect distributed generation next to charging.

Hosted by an offshore wind developer, this one is about how projects get financed and built in Taiwan. The link to charging is indirect but real: offshore wind is a central pillar of Taiwan's low-carbon supply, so project delivery risk affects the cost and availability of clean power for transport electrification. Most relevant to investors and energy-supply planners rather than charging operators.

The title is generic, so the first thing to find out is whether this showcases deployed projects with results or restates policy goals. For charging professionals, the value lies in case studies with real numbers on cost, utilisation and emissions. If it is mainly corporate pledges, move on to the technical forums.

A European chamber hosting a resilience session suggests focus on supply security, import dependence and geopolitical risk. For Taiwan, an island with heavy energy imports, this bears directly on how much grid capacity is available for charging demand. The questions are about storage, diversification and what European experience offers Taiwan on keeping charging reliable under supply stress.

AI data centres are competing with electrification for the same grid capacity, and Taiwan's industrial load is already large. This session should address how industrial power supply is being sustained, and whether EV charging will be squeezed or can be integrated with storage and flexible load. Anyone planning high-power charging in industrial or grid-constrained areas should pay attention.

Organic Rankine Cycle systems turn low-grade waste heat into electricity. For charging professionals, the interest is behind-the-meter generation: every kWh a plant recovers on site is a kWh it doesn't buy at peak tariffs, which matters for sites planning heavy-duty or fleet charging on constrained grid connections. The questions to ask are the payback period, the minimum heat-source temperature, and whether recovered power can realistically be dedicated to charging load.

This is adjacent to charging rather than core. Siting, permitting and ESG reporting increasingly pull in nature-related disclosure, and charging hubs on greenfield or depot land will face the same scrutiny as other infrastructure. Watch whether the forum offers concrete metrics or frameworks that CPOs and their corporate customers could adopt in site selection and reporting.

This is a trade-and-supply-chain forum, not a charging session, and its relevance to EV charging is indirect. Taiwan's offshore wind buildout will shape how much firm, low-carbon power the island's grid can supply to growing charging load, and Norway is the reference market for both high EV penetration and electrified maritime transport. The title and organisers (NORWEP, MIRDC) say nothing about content, so the questions to bring are: what grid-integration and curtailment lessons transfer from wind to charging demand, is there a shore-power or electric-vessel charging angle for Taiwanese ports, and which Norwegian and Taiwanese industrial partners could carry power-electronics and cabling know-how into charging hardware.

A government-led exchange on low-emission development strategies. It matters to charging professionals mainly as a signal of where policy and donor money in Asia may flow, since transport decarbonization is usually a core pillar of such strategies. Look for specifics on EV targets, charging standards and funding mechanisms, not just framework language.

A whitepaper launch tied to AIDC (most likely AI data centers, though the listing doesn't say) points at the biggest competitor for grid capacity and clean power. Data centers and charging hubs now compete for the same interconnection queues and renewable PPAs, so how this load is planned affects charging deployment. The question is whether the paper treats flexible demand and on-site storage as shared infrastructure, or just as another claim on the grid.

Carbon markets decide whether charging-derived emission reductions can be monetized or only reported. The substance is in the accounting: which methodologies recognize avoided fuel emissions, who owns the credit (CPO, fleet, or OEM), and how it interacts with Taiwan's emerging carbon pricing. Expect little of value unless the session gets into verification and double-counting rules.

Where this matters for EV charging is sourcing: corporate buyers want charging load matched to renewable supply, and CPOs want to offer that claim credibly. The questions are how green power certificates and PPAs can be applied to distributed load, and whether smart energy management covers load shifting and demand response for charging. Pay attention to the policy side from EA, MOEA, since it shapes retail tariff and procurement options.

Hydrogen is the long-haul and heavy-duty alternative to battery charging, so this is competitive intelligence as much as a technology session. The data to look for is delivered cost per kg, refueling infrastructure rollout, and whether the industrial applications discussed are in transport at all. For charging operators serving trucks and buses, the key question is where hydrogen holds a real advantage and where batteries already win on total cost of ownership.

CBAM has moved from reporting toward actual financial liability, and embedded emissions in exports are becoming a trade issue for Taiwanese manufacturers. Charging hardware relies on steel, aluminium and electronics, so supply chains selling into Europe and the UK will face pressure to document carbon content. The questions: which product categories are in scope now, how the scope may widen downstream, and what data exporters need to provide.

A matching event is worth what the matched companies are. Japan is the home of CHAdeMO and a market with a distinct charging standards history, so the interesting angles are component supply, power electronics, and interoperability with Japanese equipment. Check whether participants include charging, battery or grid players, and whether it leads to concrete partnerships, not just introductions.

The EBRD finances energy and infrastructure across emerging markets in Europe, Central Asia and beyond, and its procurement rules decide which suppliers can bid. For Taiwanese charging and power equipment makers, this is a route into projects in markets where public funding is driving early charging buildout. The key questions: eligibility and sourcing requirements, typical project sizes, and whether e-mobility is a funded priority in the current pipeline.

Corporate energy independence usually means on-site solar, storage and flexible load, and EV fleets and workplace charging are the loads that make the economics work. The substance to look for is how charging is integrated with generation and storage, what happens to costs when grid tariffs change, and how this compares with buying green power from the market. Fleet operators and site hosts should ask for real project payback figures, not just the vision.

AI in energy is only relevant to charging operators if it shows up in load forecasting, charger uptime prediction, and dynamic pricing against grid constraints. The questions to bring: which use cases are deployed versus piloted, what data access (utility, vehicle, charger) do they depend on, and how do they cut grid-connection costs? Worth attending for operators and CPOs who want to see where Taiwan's energy-tech ecosystem could supply software and hardware, beyond the AI label.

The title points to consumer-facing green energy, which is where home charging, V2H and tariff-driven behaviour either scale or stall. Nothing beyond the organisers is published, so the questions are: does EV charging feature explicitly, and are there policy signals from the organising agencies on residential charging, incentives or time-of-use pricing? Relevant to anyone selling to households or building managers.

An awards ceremony is a signal, not a data point: it shows which technologies and companies Taiwan's trade bodies are putting forward as net-zero leaders. For charging professionals, the useful read is whether any charging, storage or grid-integration players are recognised, since winners often indicate export-ready suppliers and likely partners. Low on technical content, but a quick scan of who wins is cheap market intelligence.

Hydrogen competes with battery-electric mainly in heavy-duty and long-haul segments, so this matters for charging professionals planning depot and truck-charging investment. The questions to ask are: where do Taiwan and Czechia see hydrogen as realistic versus where battery charging already wins on cost per km, and what supply-chain or technology cooperation is actually on the table? Most relevant to fleet-charging developers and anyone weighing megawatt charging against hydrogen refuelling.