“British Columbia is discriminating against its own citizens by prioritizing massive power allocations and transmission expansions for corporate data centers and AI projects ahead of reliable, affordable electricity for residential homes and families.”
De-risking corporate projects using public taxpayers money. We are being strip mined by Carney and his blind trust and Brookfield infrastructure partners. Humanity is being discriminated again Just consider one project in British Columbia alone planned for Terrace. 300 Mega Watts of power? Large loads like a 300 MW campus could equate to powering 250,000–300,000 average BC homes.
Consider this: British Columbia’s Emerging Data Center Landscape: Power Constraints, Sovereignty, and Data Security Risks.
British Columbia is experiencing a surge in proposed data centers and AI infrastructure projects, driven by the global explosion in artificial intelligence, cloud computing, and digital services. Key initiatives include TELUS’s Sovereign AI Cluster (scaling toward 150 MW across Vancouver and Kamloops sites), Bell’s AI Fabric (hundreds of MW ambition across multiple Interior locations), IREN’s operational facilities (e.g., 50 MW in Prince George), the early-stage Skeena Data Centers project (~300 MW target in Terrace), and smaller proposals in Nanaimo and Prophet River First Nation lands. These projects vary in advancement, with TELUS and Bell further along due to existing infrastructure and federal backing, while greenfield efforts like Skeena remain in planning amid stakeholder engagement, including with Kitselas First Nation.
Power supply concerns dominate the conversation. BC Hydro faces tight capacity. The existing 500 kV transmission line from Prince George to Terrace operates near its ~800 MW limit (pre-upgrades), prompting the Prince George to Terrace Capacitors Project and the ambitious North Coast Transmission Line (NCTL) expansion. NCTL Phase 1 targets 2030 completion, with full build-out adding significant capacity for northern growth in LNG, mining, ports, and tech. However, construction is only ramping up in 2026, and overall provincial demand is rising faster than anticipated—projected 15%+ growth by 2030.
In response, the province launched a competitive allocation process in early 2026 under Bill 31, offering up to 400 MW over two years (300 MW for AI, 100 MW for data centers) based on economic, community, environmental, and sovereignty criteria. This caps unconstrained access, prioritizing “beneficial” projects while protecting residential rates and traditional industries. Critics note this may fall short for hyperscale ambitions (some seek 100–1,000 MW per campus), forcing developers toward hybrid solutions like onsite generation (natural gas, renewables, batteries)—exactly Skeena’s multi-path strategy.
Large loads like a 300 MW campus could equate to powering 250,000–300,000 average BC homes, raising questions about opportunity costs. Transmission delays risk bottlenecks; without timely NCTL completion or reinforcements, projects may face curtailment or higher costs. First Nations partnerships (e.g., Upper Nicola with Bell, Kitselas with Skeena, Prophet River self-led) offer equity and economic benefits but add layers of consultation. Overall, power scarcity could slow rollout, increase electricity rates, or divert clean hydro from other electrification goals.
Beyond electrons, these projects intersect with profound data security and digital harvesting risks. Canada stores roughly 90% of its critical data (health, education, government) in U.S. facilities, exposing it to foreign laws like the U.S. CLOUD Act and FISA, which allow compelled access with limited notice. “Digital data harvesting” refers to systematic collection by governments, tech giants, or adversaries via backdoors, metadata, or AI training—often without user knowledge. Even Canadian-located servers run foreign hardware (e.g., Nvidia GPUs) and software, creating supply-chain vulnerabilities.
Sovereign AI initiatives from TELUS and federal programs explicitly aim to counter this by insisting on Canadian ownership, control, operations, and data residency. TELUS emphasizes Canadian teams for oversight and security; Skeena’s Christopher Chong highlights “infrastructure-first” private data centers for provincial mandates, leveraging Canada-Korea ties for resilient corridors. These efforts promote data sovereignty: keeping sensitive information under Canadian law (PIPEDA, provincial privacy acts like BC’s FIPPA), reducing extraterritorial exposure, and supporting domestic AI innovation.
Yet risks persist. Physical location in BC does not guarantee sovereignty if corporate structures, support access, or cloud dependencies cross borders. Adversarial harvesting (state-sponsored or commercial) remains a threat, especially for critical infrastructure. Concentration of facilities could create single points of failure for cyberattacks or espionage. Smaller or northern projects like Skeena may offer distributed resilience and lower latency via regional fiber/port links, but lack the security maturity of established TELUS/Bell operations.
First Nations involvement adds nuance. Partnerships can advance reconciliation and economic development but require robust governance to protect community data sovereignty, especially health or traditional knowledge. Broader societal impacts include balancing growth against ratepayer burdens and environmental trade-offs (e.g., gas backup reducing “green” credentials).
In summary, BC’s data center push represents a strategic bid for digital autonomy amid power constraints and geopolitical realities. Success hinges on timely transmission builds, disciplined allocation favoring high-sovereignty proposals, and stringent security standards. While projects like Skeena and TELUS could reduce foreign data dependence and harvest risks, incomplete power solutions or lax oversight might exacerbate vulnerabilities—higher costs for residents, delayed industrial growth, or persistent sovereignty gaps. Policymakers must weigh these trade-offs carefully: abundant clean power is an asset, but only secure, Canadian-controlled infrastructure truly safeguards personal data and national interests in the AI era. Responsible development could position BC as a resilient northern hub; mismanagement risks turning potential into liability.
Here is a compiled list of notable data center/AI projects in British Columbia (as of mid-2025 to mid-2026 data). Information is based on public announcements and reports; many details (especially for early-stage or competitive-bid projects) are preliminary, estimated, or subject to change due to BC Hydro’s power allocation process (up to ~400 MW competitive tranche).
Projects are ordered primarily by estimated/committed power capacity (highest to lowest, using ultimate or target figures where available), then by target completion/operational dates (earliest first). Skeena is included for reference. Not all have confirmed First Nations partnerships but many do.
1. Bell AI Fabric (multiple sites, total ambition ~500 MW+ across BC)
- Power: Individual sites vary (e.g., early ones 7 MW; later/planned up to 26 MW+ each; overall supercluster ambitions in hundreds of MW). Some advanced planning for larger facilities.
- Size/Footprint: Varies; smaller modular facilities (e.g., one on ~5 acres in Merritt).
- First Nations Partners: Upper Nicola Band (Merritt area partnership/land discussions).
- Locations: Kamloops (operational/expanding), Merritt, others in BC Interior.
- Status/Target: First facility operational (2025/2026); additional sites 2025–2027+; larger ones in planning.
2. TELUS Sovereign AI Cluster (3 facilities)
- Power: Starts at ~85 MW; scales to 150 MW by 2032 (Kamloops expansion ~25 MW initial, Vancouver sites up to 100 MW for the largest).
- Size/Footprint: One Vancouver site ~400,000 sq ft; others repurposed/expanded (e.g., Kamloops existing 215,000 sq ft scale-up).
- First Nations Partners: Not prominently detailed in announcements (focus on Westbank and federal partnership).
- Locations: Kamloops (expansion), Vancouver (Mount Pleasant/M3 and 150 West Georgia/downtown).
- Status/Target: Kamloops & one Vancouver online late 2026; downtown 2029; full scale 2032.
3. IREN (Iris Energy) Prince George (and related BC sites)
- Power: 50 MW at Prince George (part of broader ~160 MW BC portfolio including Mackenzie 80 MW, Canal Flats 30 MW).
- Size/Footprint: 12 acres (Prince George site).
- First Nations Partners: Not specified as primary partner (operational facility).
- Location: Prince George (1022 Pickering Rd / 1144 Crocker Rd area).
- Status/Target: Operational (AI/cloud conversion from mining roots).
4. Skeena Data Centers (Christopher Chong)
- Power: Targeted build-out capacity ~300 MW (phased, multi-source: BC Hydro + onsite gas, etc.).
- Size/Footprint: ~173 hectares / 430 acres (campus in industrial park).
- First Nations Partners: Kitselas First Nation (Skeena Industrial Development Park collaboration).
- Location: Terrace area (Skeena Industrial Development Park, south of airport).
- Status/Target: Early planning/vision stage; no firm construction or power allocation yet.
5. Nanaimo Proposed Data Center
- Power: Not publicly specified in detail (subject to BC Hydro queue/competitive process; moderate scale expected).
- Size/Footprint: ~18,000 m² / ~194,000–200,000 sq ft (two-storey, modular/phased).
- First Nations Partners: None prominently reported.
- Location: East Wellington Rd / Westwood area, Nanaimo.
- Status/Target: Rezoning approved; development permit advanced (2025–2026 reviews); faces local opposition (water/power).
6. Prophet River First Nation Project
- Power: Undetermined (large-scale conceptual; feasibility ongoing; leverages Site C proximity).
- Size/Footprint: Not specified.
- First Nations Partners: Prophet River First Nation (majority owner).
- Location: Near Fort St. John area.
- Status/Target: Early conceptual/LOI stage (2025); feasibility studies.
Notes:
- Many projects are in flux due to BC Hydro’s competitive power allocation (preference for sovereignty, FN participation, etc.). Advanced ones (e.g., TELUS, some Bell) have more certainty.
- Powell River mill site has speculative interest but limited confirmed details.
- Footprint and exact MW can evolve; larger hyperscale ambitions often seek 100+ MW per campus.
- For the absolute latest, consult BC Hydro’s interconnection queue, project websites, or local government announcements, as timelines and scopes shift with approvals and bidding.