📝 New Insight

Digital Twins: Powering Resilient, Optimized Next‑Gen Energy Grids

Digital twins are real-time virtual replicas of energy assets that use continuous data to improve planning, reliability, and renewable integration across modern grids.

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€1.2T → €3.8T: the global industrial renewable energy market is set to more than triple by 2035, compounding at 12.3% a year.📊 This is the decade when infrastructure and clean power converge at scale. #RenewableEnergy #Infrastructure

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1/5 🧵 1/5 ⚡ Week in Energy

This week underscored one theme: *infrastructure‑scale renewables are getting smarter, not just bigger* — from vertical floating PV reshaping the solar day, to long‑duration storage and rail grids pulling in private capital.

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Germany’s 1.87 MW floating solar plant with ~2,500 vertical bifacial panels is flipping the classic midday solar peak, pushing output into morning and evening demand hours while cutting the host site’s grid use by ~70%. More curve-shaping, less curtailment.

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On storage, compressed air is stepping up: the world’s largest CAES plant is now fully operational, while Hydrostor’s long‑duration project in Ontario advances with public capital support. Together they signal that multi‑hour, grid‑scale storage is moving mainstream.

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Rail and grids are now core decarbonisation arenas: Italy’s FNM ties an 87 MW renewables base and ~440 MW pipeline directly to rail, while UK Network Rail is courting private capital for a £30bn electrification and power‑supply programme.

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Our takeaway at Adamant: vertical PV, long‑duration storage and rail‑linked renewables are converging into a single infrastructure asset class. #EnergyTransition #Infrastructure #Renewables

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Europe’s infra-renewables capex cycle is just starting: €1.2T→€3.8T by 2035 (12.3% CAGR). Italy alone targets 138.09 GW by 2034 and €40-50B capex. $UCCPF is positioned as a first-mover with 12+ patent families. Not financial advice. #Renewables #Infrastructure #Investing

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Europe’s co‑located renewables + batteries are forecast to jump from 6.3 GW in 2025 to ~35 GW by 2030 — a 450%+ surge in grid‑flexible assets. At Adamant Holding, we believe integrated rail‑energy platforms will be a core beneficiary. $UCCPF #EnergyStorage #Infrastructure

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1/6 🧵 1/6 Europe’s energy transition is no longer about adding more MW. It’s about **rebuilding infrastructure**. Rail, roads and grids are becoming the new renewable power plants — and the next decade will be won by those who can turn concrete and steel into clean electrons.

2/6 2/6 2/5 Capital is already moving. Italy alone drew ~€12B for new large-scale solar and wind as developers race to 2030 targets, transforming former industrial land into generation hubs. Infrastructure owners are quietly becoming energy players — not just energy users.

3/6 3/6 3/5 Rail is at the center of this shift. From Italy’s 100+ MW wind additions to UK plans for £30B in rail electrification and power upgrades, transport networks are being redesigned as high-capacity energy corridors,

4/6 4/6 4/5 This is exactly where Adamant’s Green Ways operates: infrastructure‑native renewables. Vertical PV for constrained corridors, compressed‑air storage integrated with assets, and IoT/AI platforms to optimize flows across rail and road networks,

5/6 5/6 5/5 We believe the next wave of energy transition returns will come from **infrastructure‑centric** projects: railways, highways, logistics hubs turning into distributed power and storage. That’s the thesis guiding our European pipeline and future expansion.

6/6 6/6 6/6 Adamant Holding (via Green Ways) is building an integrated platform at the crossroads of infrastructure and renewables, with a multi‑phase pipeline from Italy to Europe and North America. Not financial advice. Forward-looking statements involve risks.

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GE Vernova adding 100+ MW at Fortore shows Italy’s wind build‑out is accelerating fast. Strategic takeaway: grid‑friendly, infrastructure‑integrated renewables will capture the next wave of value, not just pure generation. Not financial advice. #wind #Italy

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Our RFI pilot in Bologna San Donato has hit a key milestone: first integrated performance datasets are in from vertical PV, compressed‑air storage and our IoT/AI platform working together on live railway infrastructure.⚡🚄

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What we’re testing: Green Ways’ model of turning rail corridors into distributed energy assets — generating, storing and optimizing power directly on infrastructure, instead of relying only on distant utility‑scale plants.

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Under evaluation on the RFI test circuit: KimaSol‑style vertical PV, Nyra‑inspired compressed air storage, advanced sensors and the Gevy IoT/AI layer. One integrated stack to harvest, store and orchestrate energy where it’s consumed.

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Next steps: finalize technical reports with RFI, validate KPIs vs conventional ground‑mount PV and classic storage, and extend discussions with other Italian and European infrastructure operators as we prepare our CSE relisting.

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We believe infrastructure‑integrated renewables and storage will be a core pillar of Europe’s 450% co‑located capacity growth by 2030. Not financial advice. Forward‑looking statements involve risks. Follow our journey. $UCCPF #renewables #railway #infrastructure

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📝 New Insight

EU Cleantech Rules Tighten as Rail Decarbonisation Push Accelerates

Europe tightens cleantech and rail rules, with RED III driving higher 2030 renewable targets, faster permitting, stricter sustainability, and stronger rail decarbonisation pressure.

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**Europe’s co-located renewable + battery capacity is set to jump 450% by 2030**—from 6.3 GW to ~35 GW. Storage is no longer optional; it’s becoming the backbone of grid-ready clean energy. ⚡🔋 #Renewables #Storage #EnergyTransition

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1/5 🧵 1/5 ⚡ Week in Energy

Capital is cautious, infrastructure is not. While clean energy ETFs lag broader markets, real assets keep getting built: new onshore wind in Italy, hybrid solar+storage in the UK, and record-scale compressed air storage coming online.

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Italy doubles down: GE Vernova will supply 17 turbines (100+ MW) to one of the country’s largest onshore wind farms, backing a broader €12B wave into Italian solar and wind infrastructure. Wind is clearly joining solar as core grid capacity, not a niche add‑on.

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Hybrid is the new baseline: European Energy started building a ~68 MW solar farm in Cornwall co‑located with a 95 MWh battery, fully contracted and due online by 2027. We expect co‑located solar+storage in Europe to scale 5x+ this decade as curtailment pressures rise.

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Curve‑shaping matters: Germany’s 1.87 MW floating vertical PV flips the classic midday solar peak into twin morning/evening ramps, cutting grid purchases for the host site by ~70%.

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Our read: capital rotation away from listed clean‑energy funds hides a deeper shift toward **infrastructure‑scale** renewables—wind, hybrid solar+storage, vertical PV and long‑duration storage tied to transport and grids. #renewables #infrastructure #energystorage

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€1.2T→€3.8T industrial renewables by 2035 (12.3% CAGR). Italy targeting 138 GW and €40–50B capex in infrastructure‑linked green energy. $UCCPF is a first‑mover with 12+ patent families and long runway. Not financial advice. #renewables #infrastructureinvesting

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Europe is driving global grid deals while Italy readies a €23B push for 37 GW of new renewables. We believe integrated, infrastructure‑tied tech like Green Ways positions Adamant Holding $UCCPF at the heart of this build‑out. #EnergyTransition #Infrastructure

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1/6 🧵 1/6 Europe’s energy transition is no longer about “more renewables” — it’s about *where* we put them. Ports, railways, highways and grids are becoming the new power plants. Infrastructure is turning into the backbone of the next energy system ⚡

2/6 2/6 2/5 Look at the signals:
– EU launches a €25B Trans‑Mediterranean plan for solar, wind, hydrogen and grids, targeting at least 15 GW new capacity
– Europe now leads global grid infrastructure deal flow as investors race to modernize networks 🚄

3/6 3/6 3/5 Concrete examples are everywhere:
– Valencia’s port is testing vertical PV on its breakwater — generating power from walls facing wind and waves
– Italy just secured EU approval for a €23B scheme to add ~37 GW of new renewables, much of it tied to existing infrastructure

4/6 4/6 4/5 Rail is emerging as a strategic energy platform:
– RFI and partners are rolling out >200 MW of PV on railway land and assets
– Long‑duration storage (like 300 MW compressed air plants in China) shows how transport corridors can host both generation and storage on real

5/6 5/6 5/5 This is exactly where Adamant’s Green Ways plays: patent‑backed vertical PV on infrastructure, compressed air storage, and IoT/AI optimization for rail and road assets. We believe infrastructure‑native renewables will be a core theme of Europe’s next energy cycle 🔋

6/6 6/6 6/6 The opportunity: trillions in capex as grids, railways and ports become distributed energy platforms. We expect integrated infra+renewables models to be key beneficiaries. Not financial advice. Forward-looking statements involve risks.

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Valenciaport’s vertical PV on the breakwater shows how ports can turn hard infrastructure into energy assets ⚡ Smart use of surfaces is where infrastructure + renewables meet — exactly the space we focus on at Adamant. https://www.valenciaport.com/en/valenciaport-is-installing-solar-panels-for-the-vertical-photovoltaic-system-on-the-breakwater-of-the-port-of-valencias-northern-expansion/ #renewables #infrastructure

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📝 New Insight

Grid-Constrained Europe: From Gigawatt Growth to System Integration Returns

Europe’s renewables market is shifting from pure capacity growth to a new phase focused on **grid integration, flexibility, and financing costs**, with capacity expected to rise from about **1.20 TW in 2026 to 1.81 TW by

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📝 New Insight

Rail Infrastructure Becomes a Clean-Energy Platform

Railways are shifting from transport-only assets to **clean-energy infrastructure**, with trackside solar, storage, and smart-grid systems helping power operations and cut emissions.[1][3][5]

A Swiss pilot using removable solar panels between tracks shows how existing rail corridors can generate electricity without new

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📝 New Insight

Institutional Capital’s Core Shift into Cleantech Infrastructure

Cleantech infrastructure is becoming a core institutional holding as ESG and net‑zero mandates, supportive policy, and attractive long‑term risk‑return drive capital into renewables, grids, storage, and clean mobility, even as a shortage of shovel‑ready

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📝 New Insight

AI-Driven Energy Management Systems for Modern Infrastructure

AI-driven energy management systems use real-time data, machine learning, and automation to forecast demand and optimize distributed energy assets, improving reliability and cutting costs and emissions in increasingly complex, high-load modern infrastructure.

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📝 New Insight

**Europe’s Policy Shift Reshaping Cleantech and Rail Infrastructure**

EU climate reforms, led by RED III, tighten decarbonization targets while creating new investment opportunities in cleantech and rail through higher renewable goals and supportive standards.

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