How it Works

25 year support across phases of implementation

Satellite Data

Satellite Data

Solar & Other Data

Solar & Other Data

Deep Learning

Deep Learning

Solar Power
Non suitable for solar Ideal for solar
Planning

Historically. a thorough ‘solar analysis’ typically takes months of man hours and with the usual arbitrary site selection, generally resulted in a disappointing return on investment.

By using advanced satellite imagery and weather data, thousands of buildings/sites can be analysed, filtered, and mapped in minutes by the PowerMarket Platform. The automated calculation of individual ROI and CO2 impacts results in a detailed financial and environmental impact report for a fully informed and accurate decision-making process.

Non suitable for solar Ideal for solar
Non suitable for solar Ideal for solar
Execution

The wide range of software tools usually required to manually manage, verify & document these solar projects, resulted in a complex, costly and challenging workload often with questionable results. PowerMarket’s AI & ML powered platform enables project execution streamlining delivering the appropriate communications, accurate project documentation with multiple site data input capabilities that saves significant time and manpower costs.

Monitoring

Managing your Past solar portfolio management was usually done through using long, outdated spreadsheets that are rarely accurately well maintained especially with multiple sites and the need to use a variety of web interfaces.

PowerMarket users can now view and monitor their entire portfolio, in real-time, without any expensive or high-maintenance hardware. Our market leading AI-enabled fault detection and performance optimisation system gives early warning to maintenance teams and maximises your ROI with real-time savings and CO2 environment impact reporting generated at the click of a button.

Non suitable for solar Ideal for solar
Red, Amber & Green bubbles
represent building rooftop
locations suitability rating for
`Solar` Installation