100% renewable energy.
Our mission for sovereign AI.

Campus AI load needs durable, high-irradiance PV that survives Mediterranean extreme weather — not just nameplate watts. Alpine is AESOLAR’s hail-class series (3.2 mm glass, Swiss VKF HW4, wind to 3600 Pa). AGICY lists it as a design-target PV option for day-one energy integration beside BESS and generation (H₂ blending is TARGET / not a COD fact). Pre-COD — not a claim that Alpine is already installed at Vasilikos.

Yes — Alpine is HW4-class, not exclusive. Peers include AIKO Neostar/Stellar (early Swiss HW4, higher efficiency), Trina Vertex S+ Shield (HW4 + fire A+A), Jinko Tiger Neo HW4 SKUs, and LONGi Hi-MO 9 Ice-Shield (vendor tests into ~45–55 mm hail). AGICY keeps Alpine as one design-target option; bankability, LCOE, and EPC fit decide any real shortlist. See /hardware/ae-solar#ae-03.

Ember’s Aug 2026 analysis shows solar already meeting ~10% of global electricity in H1 2026 and over a quarter of demand at midday — then near zero at night. Batteries are what turn daytime solar into evening/anytime electricity. An AI campus that only buys daytime PPA without storage still leans on fossil hours after sunset. AGICY’s stack pairs hail-class PV intent with BESS so compute is designed around flexible clean power, not midday-only solar.

Ember’s anytime-solar thesis is about shifting midday PV into non-sunny hours — chemistry is secondary to having enough storage. Phase 1 keeps Tesla Megablock LFP as the bankable UPS / bridge chemistry in the CapEx path. Sodium-ion (e.g. CATL TENER Sodium and peers) is a Phase 2+ evaluation lane. A 10 Aug 2026 pv magazine review puts commercial SIB density at ~100–160 Wh/kg, with some advanced prototypes approaching 200 Wh/kg. Quote-only diligence, not a CapEx replacement. Research: /research/sodium-ion-batteries-ai-storage.

PV + BESS covers anytime solar for the near path. Firm zero-carbon baseload is a longer horizon. Radiant’s Kaleidos (~1 MWe portable HTGR, TRISO, containerised) is on a future-check watchlist — INL DOME testing in 2026, vendor commercial target around 2028. Adjacent signal (July 2026): Port of Long Beach–MARAD MOC on maritime reactors, with BlueCore Energy leasing for ~10 MWe floating SMR barges. European peers (Seaborg, CORE POWER, Blykalla, NUWARD, Rolls-Royce SMR) are mostly larger SMRs, not 1 MWe clones. None are in CapEx, required for COD, or an EU siting claim. Research: /research/radiant-kaleidos-microreactor-ai, /research/maritime-smr-ports-ai-power, /research/european-smr-ai-datacenters.

Many competitors size silicon first and treat power as a later offtake problem. AGICY designs fleet IT load, on-site generation, PV, and battery storage as one programme from day one — so reservation economics, ESG reporting, and COD planning share the same energy path. That is the gap we want licensed energy developers to help close.

Per AESOLAR: n-Type TOPCon bifacial modules; power bands 430–450 W, 440–460 W, and 575–595 W; efficiency up to ~22.54–23.05%; 3.2 mm tempered front glass; hailstones up to 40 mm at 27.54 m/s (vs IEC 25 mm / 23 m/s); Swiss Hail VKF HW4 (TÜV Rheinland); frame wind load up to 3600 Pa; product warranty up to 30 years. Download the SKU datasheets on this page.

Current developers, EPCs, and operators with active licences/permits to sell, rent, or build AI compute stations combined with a PV energy pipeline and fast-charging / BESS — especially projects of 500 kWp and above in Cyprus, Greece, or the wider EU. This is a partnership / co-development conversation, not a retail crowdfunding offer and not a live MW claim. Use Contact Us and select the energy / infrastructure path.

No exclusive endorsement claim. Alpine facts are AESOLAR’s published product data. AGICY’s campus remains pre-construction / pre-COD. Any procurement, offtake, or joint venture follows diligence, permits, and definitive contracts — register interest via /contact.