Soluxium Technologies products

The charge management module provided by Soluxium Technologies Inc. offers a streamlined way to analyze a building's electrical infrastructure in real time. Its primary function is to allocate only the available power to the charging stations, significantly reducing or even negating the need to make modifications to the building’s electrical input. This technology enhances the number of charging stations that can be installed while effectively managing peak power demand. The compact and dependable module is an advanced solution tailored for the electrification of transportation, particularly beneficial for both operational and commercial endeavors. It aids businesses and multi-unit structures in optimizing their charging capabilities, improving energy efficiency, and minimizing associated costs.

The Monolith Series represents a new generation of multifunctional solar towers designed for optimal energy production and storage. Utilizing advanced solar cells and an innovative vertical design, the Monolith maximizes sunlight capture from dawn until dusk, ensuring continuous energy availability. Its patented structure integrates high-capacity battery storage, requiring minimal maintenance due to natural cleaning from environmental factors like wind and rain. Equipped with multiple mounting plates, the Monolith supports a wide array of devices including surveillance cameras, antennas, weather stations, and emergency communication equipment. It features intelligent monitoring and communication systems that alert administrators to technical issues and unauthorized access. Built to function reliably in various environments, it offers up to 30 km communication range, significant financial savings on operational and maintenance costs, and ensures uninterrupted operation of mission-critical equipment.

The SPT Series is a highly efficient, intelligent, and autonomous solar utility tower designed for large-scale deployments in areas with limited or nonexistent infrastructure. Equipped with high-performance photovoltaic panels, the SPT offers exceptional energy yields while maintaining a small ground footprint. The structure is built with a corrosion-resistant aluminum alloy chassis, securing its PV panels, electronic components, and battery bank within its vertical framework, thereby minimizing risks of theft and vandalism. Its vertical design also enables low maintenance as wind and rain naturally clean the exposed surfaces. The SPT provides continuous energy production from dawn to dusk. The upper section allows the installation of various telecommunication devices such as MIMO antennas for 5G networks, while the lower section supports security and lighting devices including cameras, emergency phones, and floodlights. Additionally, the SPT features a remote live monitoring system that alerts site operators of any technical issues or unauthorized access in real time. Its versatility makes it suitable for applications in communications, security, electrification, and lighting, offering a single, reliable, and autonomous solution for powering multiple technologies simultaneously.

The SPCP is a photovoltaic carport designed to enable efficient electric vehicle charging. This solution, tailored for level 2 and level 3 charging stations, optimizes the use of photovoltaic power for vehicle charging. In hybrid configurations, any excess energy generated is redirected to power buildings, increasing overall energy efficiency. With the anticipated annual growth of electric vehicle usage by at least 40% over the next seven years due to governmental and ecological goals, the added strain on current electrical infrastructures will pose challenges for various stakeholders including car dealerships, fleet managers, and utility companies. The SPCP facilitates these stakeholders by providing a sustainable charging solution that caters to their employees, customers, and the wider community. Additionally, the SPCP helps in mitigating the impact of vehicle charging on the existing electrical grid, offers protection from adverse weather conditions, and reduces heat island effects. It represents an essential step towards advancing green mobility in the commercial sector.