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The Digital Operating Layer for Multi-Energy & Distributed Infrastructure
Hyggle provides a modular software stack purpose-built for teams managing the complexity of modern energy systems — from real-time field supervision to orchestration, dispatch, and sourcing decisions.
One Platform. Four Layers of Operational Intelligence.
As energy infrastructures become more dynamic, interconnected, and technically demanding, manual coordination reaches its limits. Hyggle's modular architecture addresses each critical layer of operational complexity — independently deployable, but designed to work together as a unified digital foundation.
Unified operational visibility
System-level optimization
Energy logistics coordination
Sourcing & risk management
Each module targets a specific operational layer — from field supervision to procurement intelligence. Together, they form a coherent and extensible stack that adapts to the evolving demands of hydrogen, multi-energy, and distributed systems.
Product 1
Hypervision — Unified Operational Visibility
Hyggle Hypervision provides real-time visibility across complex energy infrastructures, helping operators monitor system status, detect anomalies, and coordinate actions more effectively. It is built for environments where multiple assets, energy vectors, and operational events must be understood together — not managed in isolation.
The objective is not merely to centralize data. It is to make operations more readable, more reactive, and easier to manage across distributed or technically constrained systems — giving field teams and control room operators a shared operational picture they can act on.
Hypervision — Core Capabilities
Multi-Site & Multi-Asset Supervision
Monitor the status of assets and sites across distributed infrastructure from a single operational interface, regardless of system heterogeneity.
Operational Dashboards & Status Monitoring
Configurable views that surface what matters — system health, performance indicators, and operational readiness — in real time.
Alerts, Incidents & Event Visibility
Structured event management with prioritized alerting to reduce noise and help operators focus on critical situations faster.
Infrastructure Performance Tracking
Track operational KPIs and asset performance trends over time to support both reactive and proactive management decisions.
Operator Support & Coordination
Tooling that supports team coordination, escalation workflows, and operational handoffs across shifts and distributed sites.
Product 2
Energy Management System — Optimize How Systems Operate
Hyggle EMS helps operators manage energy systems where production, storage, conversion, and demand must be coordinated dynamically. It supports decision-making in infrastructures where multiple operating choices exist — but where those choices are constrained by equipment behavior, forecasts, costs, and system priorities.
The EMS acts as the intelligence layer that determines how the system should run, not just how it is currently performing. It translates technical constraints and operational objectives into optimal scheduling and dispatch logic — continuously adapting as conditions evolve.
What the EMS Solves
  • How do I balance production and storage given today's demand forecast?
  • Which operating mode minimizes cost while meeting technical constraints?
  • How should the system respond when conditions change mid-day?
EMS — Core Capabilities
Multi-Energy System Optimization
Coordinate electricity, hydrogen, heat, and gas vectors within a unified optimization framework that accounts for cross-system dependencies.
Production & Storage Scheduling
Generate operational schedules that balance asset capabilities, storage state-of-charge, and demand profiles across the planning horizon.
Forecast-Based Operational Planning
Integrate demand, generation, and market forecasts to anticipate system needs and pre-position assets before conditions change.
Technical Constraint Integration
Embed equipment limits, ramp rates, operating windows, and safety boundaries directly into the optimization model.
Cost-Performance Arbitrage
Navigate trade-offs between operational cost, system performance, and strategic priorities with configurable objective weighting.
Product 3
Energy Dispatch Manager — Bridge Planning and Execution
Hyggle Energy Dispatch Manager supports day-to-day and near-real-time coordination of energy flows across distributed infrastructures. It is designed for systems where dispatch decisions must account for equipment availability, local operating constraints, demand priorities, and current infrastructure state — not just the plan.
This module closes the gap between what the EMS schedules on a single site and the coordination needed when energy is distributed across sites. By structuring how operational decisions translate into field-level actions, it reduces coordination overhead, limits improvisation, and makes execution more consistent and traceable across sites and shifts.
Energy Dispatch Manager — Core Capabilities
01
Dispatch & Operational Sequencing
Structure and sequence operational commands in alignment with system state, equipment readiness, and prioritized demand requirements.
02
Asset Coordination Across Local Systems
Coordinate actions across multiple assets and subsystems within a site or across interconnected local grids, maintaining consistency of intent.
03
Short-Term Energy Flow Management
Manage intraday energy flows in response to real-time conditions, deviations from plan, and changing operational priorities.
04
Local Balancing & Prioritization Logic
Apply configurable prioritization rules that govern how available energy is allocated when demand, constraints, or asset availability shift unexpectedly.
05
Execution Support for Operational Teams
Provide operators with clear, actionable instructions and real-time feedback on dispatch status — reducing ambiguity and improving response time.
Product 4
Energy Portfolio Manager — Connect Procurement to Physical Reality
The Challenge
Procurement teams manage electricity and gas contracts in one world. Operations teams manage assets and flows in another. When these two worlds aren't connected, sourcing decisions are made without full visibility of physical exposure — and operational teams absorb costs and risks they never agreed to.
What Hyggle Solves
Hyggle Energy Portfolio Manager helps organizations manage electricity and gas sourcing in direct relation to operational demand, market conditions, and hedging strategies. It gives procurement and risk teams the visibility they need over positions, contracts, and exposure — while keeping sourcing decisions grounded in physical system reality.
Energy Portfolio Manager — Core Capabilities
Gas & Power Sourcing Visibility
Consolidated view of sourcing positions across gas and electricity, aligned with operational demand forecasts and physical system needs.
Contract & Exposure Tracking
Track contract volumes, durations, and pricing structures against actual and projected consumption to identify gaps and over-positions.
Hedging Support & Monitoring
Monitor hedge ratios, mark-to-market positions, and risk thresholds with structured tooling for teams managing commodity price exposure.
Portfolio-Level Decision Support
Aggregate position data and scenario analysis into decision-ready formats that support both tactical procurement choices and strategic sourcing reviews.
Procurement–Operations Alignment
Bridge the gap between sourcing decisions and physical infrastructure reality, ensuring that what is procured reflects what the system actually needs to run.
Modular by Design. Unified in Purpose.
Each Hyggle module can be deployed independently to address a specific operational challenge — or combined into an integrated stack that covers the full operational spectrum, from field visibility to procurement intelligence.
1
Start Where You Need To
Deploy the module that addresses your most pressing operational gap without committing to a full-platform rollout from day one.
2
Grow Into the Full Stack
Modules are architected to share data and context, so each new layer you add increases the intelligence of the entire system.
3
Built for Complex Environments
Designed from the ground up for hydrogen, multi-energy, and distributed systems — where standard SCADA and ERP tools fall short.