Data center expansion has shifted from asking whether the grid can carry it to whether the community will accept it, bringing new constraints and opportunities to the APAC energy transition chain
AI summary card
Data center expansion has shifted from asking whether the grid can carry it to whether the community will accept it, bringing new constraints and opportunities to the APAC energy transition chain
JPMorgan believes that the large-load grid interconnection in the U.S., rising community opposition, and changes in cost allocation rules could increase the medium- and long-term benefits for APAC energy storage, power equipment, SOFC fuel cells, and SMR-related companies.
- US data center disputes are shifting from grid supply capacity to community acceptability, with likely tighter approval timelines, project design requirements, and cost allocation.
- US polls show opposition to data centers rose from slightly above 40% in August last year to slightly above 70% in May this year; 20 projects were canceled in 1Q, and moratoriums are under discussion or consideration in 14 states.
- FERC requires six major grid operators to update tariffs for large-load customers, with the policy direction that data centers and similar large-load customers bear incremental generation, transmission, interconnection, and grid upgrade costs.
- Energy storage is seen as a near-term scalable lever, able to shift approximately 50% of intraday peak-valley differences from off-peak capacity to peak periods, easing peak pressure and improving local acceptance.
- Key downstream beneficiaries highlighted include Weichai A/H, Yingliu, Hyosung Heavy, Doosan Enerbility, Sungrow, LG Energy Solution, and CATL.
Report interpretation
Overview
This report is a set of meeting takeaways based on two JPMorgan APAC-related research pieces, with the core discussion that AI-driven data center development is evolving from a pure megawatt-level power demand issue to a broader constraint involving community approval, utility tariffing, allocation of grid upgrade costs, and local environmental impact. The report argues that this shift affects not only US data center expansion but also spills over to the APAC energy transition value chain, especially themes around energy storage, power equipment, on-site generation, and nuclear power.
Core views
The core view is that the bottleneck in data center expansion is moving from whether the grid can serve demand to whether the community accepts projects and who pays for incremental grid costs. As regulators push large-load customers to bear 100% of incremental infrastructure costs, traditional grid-connection expansion economics may be compressed, making lower-grid-reliance or stronger peak-shaving solutions more attractive. Energy storage is the most direct near-term scalable tool, while SOFC fuel cells and SMR represent faster deployment and longer-term low-carbon post-grid power options respectively.
Analysis framework
The report integrates US community opposition, FERC large-load tariff regulation, power load peak-valley characteristics, upward revisions in storage demand, comparison of on-site generation technologies, and APAC supply-chain mapping in a meeting-minute format, forming thematic judgments on changing data center constraints and beneficiary companies.
Methodology notes
Expanding from grid hosting capacity to community permitting, cost allocation, and local impact.
The report not only assesses data center electricity demand but also emphasizes approval timing, community opposition, utility bill impacts, and regulatory cost allocation, all of which can alter project feasibility and energy-solution selection.
Mapping beneficiary segments to energy storage, power equipment, SOFC fuel cells, and SMR.
When grid interconnection expansion becomes harder or more expensive, segments that can shave peaks, reduce grid dependence, improve local environmental impact, or provide low-carbon electricity are more likely to gain incremental demand.
Asset mapping & comparison
Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).
- Sungrow-A (300274.SZ)Beneficiary in energy storage systems
- Strengths
- Energy storage can reduce data center peak loads through peak shaving and valley filling, and may improve project approval prospects and local acceptability.
- Weaknesses
- Demand realization depends on the share of data center ESS packages, as well as policy and project economics.
- Comparison
- Compared with building new generation or grid expansion, energy storage is more near-term, scalable, and faster to deploy.
- Risks
- Battery cost, intensified competition, slower-than-expected project approval, and changes in electricity market pricing mechanisms.
- LG Energy Solution (373220.KS)ESS battery beneficiary
- Strengths
- The report notes that US ESS battery demand estimates were revised higher due to data center ESS integration.
- Weaknesses
- The company also has investment-banking and shareholding links disclosed by J.P.Morgan.
- Comparison
- Compared with full storage systems, the battery segment is more directly exposed to ESS demand growth.
- Risks
- Battery price volatility, capacity competition, customer concentration, and regulatory-disclosure-related conflicts of interest.
- CATL-A (300750.SZ) / CATL-H (3750.HK)ESS battery beneficiary
- Strengths
- As a key company in the ESS chain, it benefits from increased demand for storage-based peak shaving and support for data center projects.
- Weaknesses
- The report does not provide company-specific earnings forecasts or target prices.
- Comparison
- Also in the ESS-demand beneficiary chain alongside Korean battery firms, but with potentially different regional exposure, customer mix, and valuation.
- Risks
- Overseas policy, trade restrictions, pricing competition, and the pace of energy storage project implementation.
- Weichai Power-A (000338.SZ) / Weichai Power-H (2338.HK)SOFC fuel cell exposure
- Strengths
- SOFC can generate power through electrochemical processes and may reduce noise and improve local emissions compared with combustion pathways, while also offering future fuel-switching flexibility.
- Weaknesses
- Commercialization, cost, and scaling capabilities still require validation.
- Comparison
- Compared with SMR, SOFC may have a shorter delivery cycle; compared with storage, SOFC provides incremental on-site generation.
- Risks
- Technology maturity, fuel supply, cost competitiveness, and customer adoption speed.
- Yingliu Electromechanical-A (603308.SS)Power equipment beneficiary
- Strengths
- More complex power configurations and grid-upgrade needs of data centers may increase demand for power equipment.
- Weaknesses
- The report does not disclose company-specific orders or financial forecasts.
- Comparison
- Compared with storage and batteries, power equipment is more focused on infrastructure upgrades and complex power delivery system support.
- Risks
- Project delays, capex cycles, order fulfillment, and pricing pressure.
- Hyosung Heavy Industries (298040.KS)Power equipment beneficiary
- Strengths
- Has electrical equipment exposure and benefits from demand for large-load interconnection, transmission interconnection, and grid upgrades.
- Weaknesses
- The report discloses that J.P.Morgan has market-making, client, and non-IB service relationships with this company or related entities.
- Comparison
- Similar to Yingliu, the benefit points are more concentrated in power equipment and grid upgrade demand.
- Risks
- Grid investment pace, project approvals, customer concentration, and conflict-of-interest disclosures.
- Doosan Enerbility (034020.KS)Nuclear and SMR beneficiary
- Strengths
- SMR can provide long-term low-carbon post-grid power and help reduce grid stress.
- Weaknesses
- SMR remains constrained by policy, risk perception, commercialization timeline, and cost.
- Comparison
- Compared with storage, SMR is more long-term; compared with SOFC, its low-carbon advantage is stronger but deployment uncertainty is higher.
- Risks
- Regulatory approvals, public acceptance, cost overruns, commercialization delays, and potential service relationships disclosed by J.P.Morgan.
Key data
- US data center opposition rateRising from slightly above 40% in August last year to slightly above 70% in May this yearOpposition reasons include water usage, electricity usage, and rising utility bills.
- US 1Q canceled projects20 data center projects canceledThis indicates public opposition is starting to affect actual project outcomes.
- US state-level moratorium discussion14 states discussing or considering moratoriumsThis reflects rising approval and policy risk in regions with data center clusters.
- Large-load cost allocation directionLarge-load customers bear 100% incremental infrastructure costsThis includes generation capacity, transmission, interconnection, and related grid upgrades.
- Typical intraday demand variationPeak-to-valley difference of around 50%Provides the rationale for using energy storage to charge in off-peak periods and discharge in peak periods to relieve peak pressure.
- US ESS battery demand estimate adjustmentEstimated US ESS battery demand revised up 52% by 2030The report says Korean battery analysts revised forecasts upward because ESS integration for data centers may shorten project approval timelines.
Impact & implications
If data center development enters a phase of stronger permitting constraints and stricter cost allocation, developers may increasingly favor energy storage, on-site generation, and more complex power system configurations to reduce peak loads, grid upgrade costs, and community opposition. In APAC, related opportunities arise not only from local data center builds but also from APAC power equipment, energy storage, and battery supply chains exposed to the US data center market.
Risks
- Further community opposition could delay or cancel more data center projects, weakening demand realization for related equipment and energy storage.
- Changes in regulatory tariffs and cost allocation rules may compress the economics of grid-connected data center projects.
- There is uncertainty around technology paths, cost curves, and commercialization timelines for energy storage, SOFC, and SMR.
- SMR faces challenges including policy approvals, risk perception, and long-cycle commercialization.
- The report discloses that J.P.Morgan has market-making, client, investment-banking, or potential compensation relationships with some discussed companies; conflicts of interest should be monitored.
What to watch
- Progress in updates to large-load customer tariffs by FERC and the six major grid operators in the US.
- Changes in US state-level moratorium discussions, approvals, and community opposition to data centers.
- Whether data center projects increase ESS integration ratios, and whether storage actually shortens approval timelines.
- Orders, costs, and deployment timelines for SOFC fuel cells in data center on-site power applications.
- Progress on SMR project costs, approvals, and commercialization in China and other markets.
- US data center order exposure of APAC power equipment, energy storage, and battery companies.