Dynamic AI simulation to
guide strategic decision making
POWER PRODUCERS
HYPERSCALER
SOVEREIGN
INSTITUTIONAL INVESTOR
Where Heat Steals Megawatts: SEGI's Global TIAC Opportunity Map
Every region in red is a market where high ambient heat routinely strips 15–20% of output from gas turbines — exactly where power plants and gas-turbine-backed data centers gain the most recovered megawatts from SEGI turbine inlet air chilling. The value for targeting: the deeper the red and the denser the gas-fired fleet, the more performance a project recovers per dollar — prioritize pursuits where the map burns hottest.
Loading globe…
HOT-DAY TURBINE DERATE · TIAC RECOVERY POTENTIAL
LowModerateHighExtreme
Intensity reflects summer design-day heat driving gas-turbine output loss — the recovery TIAC delivers at T2 = 45°F inlet.
PRIORITY TARGET MARKETS
TIER 1 — EXTREME DERATE
Texas & US Southwest · Arabian Gulf (KSA, UAE, Qatar, Kuwait) · NW India & Pakistan · Egypt & North Africa · Interior Australia · Northern Mexico
TIER 2 — HIGH DERATE
US Southeast · Central & South India · Southeast Asia (Bangkok, Jakarta, KL/Singapore corridor) · Levant & Central Asia · Sahel & Horn of Africa · Interior Brazil & Gran Chaco
TIER 3 — SEASONAL
Southern Europe (Iberia, Italy, Greece, Türkiye) · North China Plain & S. China · Japan & Korea summer · US Mid-Atlantic
Pins mark gas-turbine power and data-center activity centers. Tiering = design-day heat × hours above ISO — a proxy for recoverable MW per installed turbine.
TIAC Target Markets by Tier
Tiering by summer design-day heat (proxy for recoverable MW per turbine). Desk-grade, directional — SEGI engineering validates per site.
Drag to rotate · scroll to zoom · hover a pin
Provenance: illustrative, desk-grade climate zoning (summer design-day heat bands) for market targeting only — not site engineering. Recovery at any specific plant depends on local ASHRAE design conditions, turbine model, and fleet configuration; SEGI engineering validates per site. Pin list is directional, not exhaustive.