Engineering digital intelligence for a decarbonised future

The global energy system is undergoing the most profound transformation in human history. Over the next decade, grids will evolve from centralised, fossil-fuel-based infrastructure into autonomous, carbon-aware, self-optimising networks that balance generation and demand in real time, integrate millions of distributed assets, and underpin a net-zero global economy. At Fortinexis, we believe this transition is not just an engineering challenge — it’s humanity’s greatest opportunity to redefine how we power progress. Our mission is to build the digital intelligence that enables energy providers, utilities, regulators, and innovators to deliver secure, sustainable, and economically viable energy ecosystems — at planetary scale.
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The energy revolution: technology, policy & geopolitics

The energy transition is more than a technological shift — it’s a geopolitical and economic reordering. Nations are racing to achieve energy sovereignty, reduce dependence on volatile fossil-fuel markets, and meet aggressive climate targets. Policy, regulation, and technology are now deeply intertwined.

Macro-forces shaping the decade ahead:

Decarbonisation mandates

Global net-zero targets and the EU “Fit-for-55” framework require a 55 % emissions reduction by 2030.

Electrification boom

EVs, heat pumps, and electrolysis could increase electricity demand by > 40 % by 2035 (IEA, 2024).

Decentralisation

Distributed energy resources (DERs) already represent > 25 % of new capacity and will exceed 1 200 GW globally by 2030 (BloombergNEF, 2024).

Digitalisation

Real-time orchestration, predictive forecasting, and AI-based optimisation are critical for reliability.

Regulation & compliance

The EU Data Act, REMIT II, and NIS2 mandate transparent data exchange, secure operations, and automated reporting.

Energy is no longer a commodity

it’s a strategic asset. The winners of this transition will be those who master the intelligence layer of the grid.

From centralised utilities to intelligent energy networks

Legacy utility infrastructure was designed for predictable, one-way flows. It struggles to integrate renewables, absorb volatility, or meet new compliance standards. Fortinexis replaces this outdated model with EnergyOS™ — a platform that transforms energy systems into adaptive, predictive, and self-orchestrating networks.

Core principles:

  • Predictive: Anticipate load, generation, and grid stress before they happen.
  • Connected: Enable secure real-time coordination across assets, storage, markets, and distributed systems.
  • Sustainable: Embed carbon intensity and ESG metrics into every operational decision.
  • Compliant: Automate governance, reporting, and auditing for regulatory alignment.

Introducing fortinexis energyOS™

EnergyOS™ is a modular, cloud-native platform that unifies data, intelligence, and orchestration across the energy value chain — from generation and transmission to retail, prosumer services, and grid-edge innovation.

Platform architecture

01
Data fabric
Aggregates real-time telemetry from SCADA, AMI, DERMS, IoT sensors, and market APIs.
02
AI & decision engine
Forecasts demand, generation, price signals, and grid stress with > 95 % accuracy.
03
Integration mesh
REST/GraphQL APIs, OPC-UA, MQTT/Kafka, IEC 61850, ENTSO-E data models.
04
Application suite
Grid Control Tower, DER Orchestrator, Demand Response Portal, Carbon Intelligence Hub.
05
Governance & security
Zero-trust architecture, ISO 27001-aligned, GDPR-ready, and compliant with NIS2, REMIT II, and Data Act requirements.
06
Scalability
Supports 10+ million devices, 100 000+ concurrent telemetry streams, and orchestration across 50+ energy markets with < 500 ms edge latency.

AI-driven energy intelligence

AI is the foundation of next-generation energy systems — enabling autonomous decision-making, predictive control, and optimised market participation.

  • Forecasting: High-precision short- and long-term load, generation, and price predictions.
  • Grid Flexibility: Dynamic orchestration of flexible loads, DER dispatch, and storage optimisation.
  • Market Optimisation: Real-time bidding, arbitrage, and revenue maximisation.
  • Anomaly Detection: Early detection of outages, cyber threats, and equipment degradation.
  • Conversational Ops: Natural-language copilots for grid operators, traders, and engineers.
  • Competitive Edge: Unlike legacy platforms focused on data visibility, EnergyOS™ delivers multi-agent orchestration, integrated compliance automation, and data-sovereignty control — creating a unique intelligence layer that competitors like Siemens GridOS or Palantir Foundry cannot replicate natively.

Responsible AI in critical infrastructure

Fortinexis adheres to strict Responsible AI principles — bias detection, explainable decision logic, human-in-the-loop governance, and auditable model lifecycles — ensuring AI is not only powerful but trustworthy in regulated environments.

Real-World use cases & business outcomes

Use Case Challenge Typical Impact* Grid Balancing Renewable volatility − 15 % curtailment, + 20 % stability DER Orchestration Fragmented asset coordination + 25 % self-consumption, − 30 % congestion Demand Response Inefficient peak management − 20 % peak load, + 15 % flexibility revenue EV Load Management Grid overload from EV charging + 30 % asset utilisation Carbon Intelligence Inaccurate ESG reporting + 95 % data accuracy, automated reporting *Benchmarks from pilot projects, digital-twin simulations, and customer baselines.

Case Snapshot: European EV-Grid Orchestration

A Tier-1 utility integrated EnergyOS™ across 12 cities’ EV charging networks. Within 6 months:

  • Grid congestion fell by 27 %.
  • € 40 M in substation CAPEX was deferred.
  • CO₂ emissions fell by 14 % through predictive load shifting.

Compliance & continuous governance

Meeting regulatory requirements is no longer enough — they must be continuously maintained. EnergyOS™ automates governance, logging, audit-trail generation, and regulatory reporting. Regulation Fortinexis Controls Evidence EU Data Act (2024) API governance, consent, portability Data Sharing Policy NIS2 (2024) Incident response, RBAC, third-party assurance Security Pack REMIT II (2025) Automated trade reporting & transparency APIs REMIT Toolkit GDPR Data minimisation, sovereign hosting, DPIA templates Privacy Impact Report ENTSO-E & IEC 61850 Secure real-time interoperability Integration Guide

  • Continuous Compliance: Automated reporting reduces audit preparation time by up to 60 % and ensures readiness for future mandates such as CSRD, CBAM, and EU Taxonomy.

Financial & strategic impact

“EnergyOS™ helps organisations meet compliance mandates, unlock flexibility markets, and accelerate decarbonisation — without costly infrastructure overhauls.” Fortinexis transforms the energy value chain with measurable business outcomes:

  • EBITDA uplift: + 2–4 % through new revenue streams and efficiency gains
  • TCO reduction: − 15 % via predictive maintenance and automation
  • CAPEX deferral: Up to 40 % by extending asset life and avoiding grid expansion
  • Asset yield: + 20 % improvement in asset utilisation
  • Time-to-Value: Pilot payback in 6–12 months

Future outlook (2025–2035)

The next decade will redefine the global energy order. Fortinexis is pioneering innovation in:

  • Autonomous energy markets driven by AI agents.
  • Self-healing grids with autonomous reconfiguration capabilities.
  • Carbon-aware trading systems reacting to real-time CO₂ prices.
  • Quantum-enhanced dispatch optimisation for ultra-complex grids.
  • Policy-aligned platforms supporting EU Net-Zero Industry Act and CBAM mechanisms.

ESG, sustainability & reporting automation

Sustainability is now a board-level priority. EnergyOS™ goes beyond emissions tracking — it automates auditable ESG KPIs, supports CSRD/SFDR reporting, and delivers real-time carbon dashboards.

  • Automated scope-1, 2 & 3 emissions accounting
  • ESG performance dashboards with verifiable audit trails
  • Policy-aligned reporting templates for regulators and investors

Implementation Roadmap

Phase Duration Scope Deliverables Pilot 6–12 weeks Forecasting / DER orchestration Baseline KPIs, governance model Scale 6–18 months Multi-region rollout, market integration Orchestration, ESG reporting Enterprise 18+ months Full deployment SLA, compliance documentation, dashboards.

Security, privacy & assurance

  • Zero-Trust Security: End-to-end encryption, continuous monitoring, adaptive identity-based access.
  • Privacy by Design: Consent enforcement, minimisation, configurable retention policies.
  • Data Sovereignty: EU-only, US-only, or MEA hosting with BYOK/HYOK encryption.
  • Third-Party Assurance: SOC 2 readiness, ISO 27001 alignment, independent penetration tests.

Why fortinexis vs. competitors

  • Integrated Compliance Engine: Built-in governance and reporting, not bolt-ons.
  • Multi-Agent Optimisation: Autonomous orchestration unmatched by legacy SCADA or EMS.
  • Data Sovereignty Control: Full jurisdictional control and auditability.
  • Future-Proof Architecture: Designed for distributed, policy-driven, AI-native grids.

Procurement-ready documentation

  • Architecture diagrams & data flows
  • Security & privacy policies
  • RFP compliance matrix
  • Integration assurance pack
  • ESG/CSRD data toolkit
  • SLA/SLO annex
  • ROI & pilot reports

Get in touch with us

Fortinexis — Engineering digital intelligence for a decarbonised, distributed energy future. EnergyOS™ is a trademark of Fortinexis. All other trademarks belong to their respective owners.

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