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Energy5 Sp. z o.o. products
Freestanding Systems
Energy5 - Single-Axis Photovoltaic Tracker for PV Farms
The Energy5 photovoltaic tracker is engineered for optimal solar energy capture through its advanced single-axis tracking mechanism. This system autonomously adjusts the orientation of solar modules to follow the sun's trajectory, thereby enhancing energy yield by up to 30% compared to static photovoltaic systems. With a design that accommodates modules in a single row up to 98 meters long, the system employs an astronomical clock and intelligent sensors to ensure precise solar alignment. The system's durability and efficiency are further reinforced by weather-responsive features, including snow sensors that activate an automatic snow removal program. Additionally, the 3D Backtracking algorithm is deployed to minimize shading among panel rows, optimizing light exposure at all times. Users benefit from 24/7 monitoring via an app that delivers real-time alerts, thus enabling proactive management of variable conditions through a highly customizable tracker control unit.
Pitched Roof Systems
Energy5 - Elevated System for Roofs with Metal Tiles
The Elevated System for Roofs Covered with Metal Tiles by Energy5 is a dedicated solution for fixing photovoltaic modules on pitched roofs. This mounting system is engineered to create an increased gap between the PV modules and the roof surface, which significantly enhances air circulation and provides protection for cable layouts. This design feature is crucial for maintaining optimal operational efficiency and longevity of the photovoltaic system. The system's modular profile connections allow for precise rotational adjustments aligning closely with the module surface, ensuring robust installation durability. Furthermore, the system utilizes bimetallic screws for application onto the roof covering, eliminating the necessity to screw into the rafters, which accelerates the installation process. An EPDM foam sealing technology is employed to secure profiles along their entire length, offering effective protection against water penetration and enhanced waterproofing. This cost-effective, easy-to-install system reduces the number of necessary mounting elements and forgoes the need for section connections.
Facade System
Energy5 - Façade System for Photovoltaic Module Installation
The Façade System BIPV by Energy5 is a comprehensive solution for integrating photovoltaic modules into building façades. This system features a 20 mm gap between the insulating layer and the photovoltaic cladding, which aids in proper air circulation, thereby contributing to the thermal insulation of the structure. The design ensures effective moisture drainage, enhancing the lifespan and efficiency of the photovoltaic installation. It is specifically adapted to accommodate glass-glass photovoltaic modules and has been thoroughly tested as a kit of BIPV fixings to ensure safety and durability. The system's technical integrity and operational reliability are validated by the Polish Technical Approval from the Building Research Institute. This makes it a reliable option for architects and builders looking to incorporate renewable energy solutions into building designs.
Autobox Systems
Energy5 AUTOBOX - Photovoltaic Shed for Electric Car Charging
The AUTOBOX photovoltaic shed by Energy5 is designed to accommodate six parking spaces and can be adapted into a charging station for electric vehicles. Available in single or multi-segment configurations, the shed supports various needs with two-point load-bearing structures. It features a construction of hot dip galvanized steel and aluminum, ensuring robustness and longevity. The covering options include trapezoidal sheet metal or purely cold-bent profile purlins. This system, developed to support photovoltaic module installations, is certified by the Polish Technical Approval from the Building Research Institute. The design offers an efficient and durable solution for integrating renewable energy sources into everyday transportation infrastructure ensuring safety and operational reliability. Suitable for urban and commercial environments, it aligns with sustainable energy goals by providing a functional space for both vehicle shelter and energy conversion.
