In Spain, 15,000 units have been installed, with a combined potential for energy savings exceeding 558,000 MWh per year, a reduction in CO2 emissions of more than 130,000 tons, and economic savings of more than 50 million euros.Today, the company's commitment to energy savings remains strong, and its R&D team has worked to offer its customers the latest evolution of its flow regulator, the new Iluest+CR and Iluest+MT series, which it has just launched on the market.
The Iluest+ range is designed for installation at the head of the line, eliminating the cumbersome additional wiring required by other systems and resulting in significant installation cost savings. Furthermore, these units are entirely static, meaning they have a longer lifespan due to the absence of moving parts. They also respond more quickly to sudden changes in supply voltage, providing more effective protection for the always delicate discharge lamps.
Iluest+CR, true to its original philosophy but incorporating the latest available technology, results in improved regulation, management, control, and energy savings for modern outdoor lighting installations. It provides perfect lamp stabilization through linear and continuous dimming between states. Furthermore, transformers have been eliminated and a modular power configuration implemented, reducing equipment weight and improving operability and maintenance. The available formats maximize the modularity of this series, configuring modules for maximum flexibility in lighting cabinets of any size and proportions, even in confined spaces.
The Iluest+MT, for its part, is the natural evolution of the original equipment with a tap transformer, now equipped with advanced communications, a state-of-the-art bypass, a standard LCD display with an astronomical clock, and head-end meter control. Furthermore, the transformer structure has been completely redesigned, resulting in significantly smaller dimensions than its predecessors.
Both ranges offer, as an optional feature, a complete remote management system using the SICRES card and a GSM/GPRS modem, with greater measurement capacity, monitoring data, and parameter programming capabilities than previous models.
