An AI-Powered platform for real-time monitoring, reporting and analysis of HV/MV electrical networks. Supporting Technical, Operations and Management teams running large Industrial processes to improve efficiency and lower costs.
ViViD Visibility supports the digitization of electrical equipment by visualizing and monitoring time-stamped energy data, enabling real-time site and group network transparency. We improve efficiency with actionable insights including Energy Usage Analysis, Site Electrical Balance and Maximum Demand.
Learn More →ViViD Analytics analyses high-resolution power quality data combining automated fault detection and decision support to deliver real-time solutions that maintain optimal power quality across the electrical network, including Power Factor Correction and Voltage Control.
Learn More →ViViD Optimization combines high-resolution data, engineering expertise and AI to identify operating adjustments that reduce energy consumption and costs. Strategies are continuously refined using actual performance to improve efficiency and sustain long-term savings.
Learn More →ViViD Visibility supports the digitization of electrical equipment by visualizing and monitoring time-stamped energy data, enabling real-time site and group network transparency. We improve efficiency with actionable insights including Energy Usage Analysis, Site Electrical Balance and Maximum Demand.
Lower energy bills by identifying inefficiencies and optimising consumption.
Using transparency to gain precise control over energy consumption.
Customised reporting designed for all stakeholders. Live access to automated reporting structures reduces manual inputs .
Consolidated view of energy usage, from source to point of use, across the entire power network.
Track relevant energy indicators and highlight when usage or performance moves outside expected operating parameters.
Compare metered consumption against utility billing, tariffs and contracted supply conditions to identify discrepancies and unexpected costs.
Management of peak loads in real time, enabling corrective action to avoid costly penalties.


ViViD Power is designed and supported by VoltVision's team of experienced electrical engineers. It monitors, manages and optimises power quality across complex electrical networks, identifying key indicators such as Power Factor, Harmonic Distortion and Voltage Stability. Live comparisons highlight performance anomalies in real time, supporting fault detection and directing operators toward the appropriate corrective action, improving both network stability and equipment performance.
Automating real-time fault detection minimises all outages and supports reliable operations.
Identifying and addressing power quality issues improves electrical performance and network stability.
Decision support from insightful information empowers the stakeholder team, reducing reliance on third party consultants.
All critical power metrics are available. Visualises variations, trends and significant events.
Realtime measurement of key electrical indicators across the site.
Monitor voltage and frequency in real time.
Support electrical fault identification and root-cause analysis.
Continuously track Power Factor performance across the whole network or individual equipment.
Offers decision support to improve Power Factor, minimize networking inefficiencies, reduce penalties.
Continual assessment pinpoints sources of instability allowing engineers to implement solutions.
Visualisation of all downtime events and their associated recovery sequences.



ViViD Optimization combines high-resolution data, engineering expertise and AI to identify operating adjustments that reduce energy consumption and costs. Strategies are continuously refined using actual performance to improve efficiency and sustain long-term savings.
Identify opportunities to improve how energy is used across the whole operation and reduce unnecessary consumption.
Refine operating strategies to improve energy efficiency without compromising operations.
Automatically implement optimised set points through existing power management systems.
Develop data-driven strategies to reduce energy consumption, improve efficiency and lower operating costs.
Identify how operating patterns can be adjusted to improve energy use and overall process performance.
Define operating schedules and set points that help translate optimisation opportunities into practical action.

