Grydion stabilizes electrical system quality within buildings by optimizing micro-grids using AI-driven control of power parameters in real-time. This holistic approach reduces energy consumption, lowers operational costs, and enhances equipment lifespan by mitigating grid instability issues like harmonics and voltage fluctuations. The service delivers improved energy efficiency and operational reliability across diverse sectors including retail, healthcare, and logistics.
Funding
Funding not disclosed
Founders
Product
Problem
Commercial and industrial buildings are experiencing increasing power‑quality disturbances—such as harmonics, flicker, voltage sag, and reactive power imbalances—due to higher penetration of PV, e‑mobility chargers, and modern power‑electronics loads. These disturbances raise energy losses, accelerate equipment wear, and cause unplanned outages, which in turn increase operating costs and hinder ESG targets. Existing static or rule‑based load‑management systems cannot adapt fast enough to the continuously changing micro‑grid conditions.
Solution
Grydion delivers an AI‑driven micro‑grid optimization platform that continuously measures voltage, current, frequency and harmonic spectra across a building’s electrical network. Its machine‑learning engine predicts short‑term load variations and automatically adjusts transformer tap settings, capacitor banks, and inverter controls to maintain EN 50160‑compliant power quality. The solution runs as a cloud‑based SaaS service, integrating with existing energy‑management systems via open APIs, so no major hardware overhaul is required. Real‑time analytics are presented in a web dashboard that provides loss‑reduction metrics, equipment‑health scores and ESG reporting data. By stabilizing the supply, Grydion reduces energy waste, extends the lifespan of transformers, motors and sensitive medical or production equipment, and lowers electricity bills. The platform also supports seamless integration of on‑site PV, battery storage and EV‑charging infrastructure, future‑proofing the site against evolving energy demands.
Target Audience
Primary customers are facility owners and operators in commercial sectors—retail chains, hospitals, logistics hubs, manufacturing plants and hotels—along with their energy managers, sustainability officers and plant engineers who need reliable power quality and cost‑effective energy use.
Features
- Continuous high‑resolution monitoring of voltage, current, frequency, harmonics and reactive power across all feeder lines.
- AI‑based predictive control that dynamically tunes tap changers, capacitor banks and inverter set‑points in real time.
- Cloud‑hosted analytics engine with KPI dashboards for energy loss, equipment wear, and ESG compliance reporting.
- Open REST/OPC‑UA APIs for bi‑directional integration with existing EMS, BMS and SCADA systems.
- Built‑in compliance checks against EN 50160 and ISO 50001 standards, with automated alerting for deviations.
- Modular SaaS deployment per site, with optional add‑ons for PV‑optimisation, battery‑storage coordination and EV‑charging management.
- Predictive maintenance insights that flag over‑heating transformers or motor stress based on power‑quality trends.