Optimise Energy Performance Across Your Entire Portfolio
A cloud-based energy optimisation platform, designed specifically for C&I professionals in energy and operations. A single pane of glass for all energy equipment monitoring, management, control, alerting and reporting, for your entire global estate.
Use a range of tools to create your customised energy management and optimisation suite powered by custom dashboards, automations, alarms and complex EMS control programs.
Trusted by Global Enterprises
We help the world’s leading organisations connect to, monitor and optimise their estates, buildings and assets.
Energy Management Software Products
Enhanced Fleet Performance Reporting
Understand overall fleet performance and availability. Pinpoint the highest priority sites with availability or performance issues against forecasted output. Use cases include Health, Uptime, Efficiency, Availability.
- O&M Insights: O&M teams or operators want to ensure system health, uptime, efficiency, across multiple sites.
- Scalability: Large portfolios (fleets of Energy Storage Systems and PV sites) require a single pane of glass to compare performance.
- Benchmarking & Fast Insight: Instantly identify underperforming or anomalous sites across a portfolio. Compare performance vs. forecasts, track faults and availability issues, and support maintenance planning through clear operational insight.
EMS & Site Optimisation
A selection of off-the-shelf and bespoke control strategies are available to intelligently control energy assets such as Solar PV, Energy Storage Batteries, Generators and Meters.
Programs include:
- Maximise Self Consumption. The principle of any site consuming all or a part of the energy they produce. The objective is to move towards energy autonomy and a 100% self-production rate.
- Power Plant Control (PPC). A specialised system that is responsible for monitoring and controlling the operation of the entire solar power plant.
- Storage Control. Controls electrical loads and safely charge batteries, then when needed, the controller allows the battery to run the electrical loads.
Remote Monitoring & Operations
Remote monitoring of multi-vendor energy assets, including PV inverters, energy meters, and battery systems. It delivers real-time performance insights and enables proactive maintenance, helping reduce downtime, extend equipment lifespan, and optimise operational strategies. Streamline asset management and reduce operational costs.
- Real-Time Performance Insights: Track PV output, inverter health, and battery parameters such as SoC, voltage, and temperature.
- Predictive Maintenance: Detect early signs of faults like panel shading or battery degradation to prevent costly failures.
- Operational Optimisation: Align PV output and battery usage with market demand for peak shaving, energy arbitrage, or feed-in maximisation.
- Reduced Service Burden: Enable remote diagnostics and limit site visits, supporting warranty compliance and reducing O&M costs.
Load Insights
Gain visibility into sub-metered electricity consumption. By delivering load insights at the site, fleet, and meter level, users can pinpoint inefficiencies, track usage trends, and make data-driven decisions to reduce energy costs and improve operational performance.
- Operational Efficiency: Identify high-consumption zones, track peak demand, and shift loads to optimise energy use and reduce costs.
- Informed Decision Making: Detect usage anomalies, faulty equipment, and improve forecasting to drive strategic energy-saving initiatives.
- Vendor Agnostic. Can integrate with thousands of equipment brands and models.
- Compliance & Reporting: Generate accurate data to meet sustainability goals and regulatory requirements with clear load visibility.
Download Our Energy Management Software Brochure
Everything you need to know about our Energy Management Software, The Hark Platform, in a handy 3-page pdf.
Further Reading
Case Study
Energy Transformation Deployment For Sainsbury's
Since 2018, Sainsbury’s have used Hark’s software in 600+ stores and depots across the UK. Our technology has helped save 4.5% of lighting costs across the entire portfolio by detecting problems and alerting the relevant people in real-time.
Case Study
Islanded Microgrid Energy Optimisation Project
Using the Hark Edge Controller, we helped a rural customer connect to and control microgrid assets such as Energy Meters, Solar PV and Energy Storage Batteries, in order to meet import/export limitations, maximise on self-consumption and optimise microgrid energy efficiency.
Maximize Self Consumption
Optimized Site Energy Generation, Storage & Consumption. Maximize Self Consumption Maximize self consumption is an energy control strategy that prioritizes the use of solar energy
Peak Shaving
Optimised Consumption, Production and Storage of Energy. Peak Shaving Use advanced energy control strategies to revolutionise energy networks across your estate. Peak shaving programs will
Energy Storage System Connectivity
Connect BESS and Other Distributed Energy Assets. Battery Energy Storage System (BESS) Connectivity Monitor state of charge, active power and import/export data in the context