Innovative Infrastructure. Intelligent Power. Truly Sustainable.
AMPRA creates advanced containerised systems that deliver clean, autonomous power through solar, wind, and intelligent control. Designed for rapid deployment and consistent performance, our infrastructure is purpose-built for off-grid and high-demand environments. Whether operating in a construction site, a remote area, or a temporary urban hub, AMPRA enables continuous operations without dependence on traditional energy sources.
AMPRA provides modular container systems that combine renewable energy generation, high-efficiency battery storage, and artificial intelligence to optimise every watt of power. Our units are engineered to function entirely off the grid and adapt to the conditions of any environment. Each container integrates solar panels and vertical-axis wind turbines, supported by a robust energy management platform that continuously analyses power demand and intelligently distributes electricity throughout the system. The result is a highly efficient, low-maintenance infrastructure capable of supporting offices, meetings, sanitation, communications, and other essential services without relying on external energy supplies. With a direct current architecture, AMPRA systems operate at a significantly higher efficiency than conventional solutions, providing more usable power while avoiding energy losses.
The AMPRA Energy Management System is not simply a monitoring tool. It is a learning platform that evolves with usage behaviours and adapts energy flow to real-world site demands. The system evaluates consumption patterns in real time, forecasts energy requirements, and automatically adjusts output to maintain peak efficiency. This not only improves system uptime and reliability, but also reduces operational costs and maximises energy availability for mission-critical devices. Our platform includes a user-friendly dashboard for live tracking and automated reporting, allowing clients to make informed decisions about energy usage across multiple containers or locations. The system is capable of remote diagnostics and alerts, ensuring complete visibility and control at all times.
AMPRA also delivers a unique layer of intelligence beyond energy. Our risk management system uses artificial intelligence to monitor workforce activity and environmental conditions in real time. This technology is designed to proactively identify potential safety risks on-site and alert supervisors before incidents occur. Workers are equipped with wearable devices that receive notifications when risk thresholds are exceeded, such as heat stress, overexertion, or high-risk tasks. The system compiles daily incident risk profiles for individual workers and generates monthly reports for site and regional management. This enables proactive intervention, supports compliance with safety standards, and improves overall site wellbeing. The AI risk engine becomes more accurate over time, using real data to prioritise interventions and ensure continuous safety coverage without intrusive surveillance. This solution is seamlessly integrated with the AMPRA infrastructure platform, allowing clients to manage both energy and safety from a central interface.
AMPRA offers modular container units designed to support a variety of on-site functions, including workspace, meeting areas, and sanitation. Each unit is equipped with climate control, efficient lighting, and integrated energy storage, all powered entirely by renewable sources. These containers operate independently and are engineered to deliver high performance across a range of environments. Clients can deploy them individually or as part of a connected infrastructure network. All units are pre-integrated with AMPRA’s energy and safety platforms, ensuring immediate functionality and consistent operational standards from the moment they are installed.
If your organisation is seeking a fully integrated infrastructure platform that offers intelligent power management, modular scalability, and proactive safety oversight, AMPRA is ready to deliver. Contact our team for a personalised consultation, technical overview, or site deployment proposal.