Comprehensive onboard equipment management in trains and trams, with the main goal of improving safety on trains and providing real-time information to passengers. The SICE system includes onboard panels with real-time information, real-time train and/or tram display in the control center, as well as on-demand recording. Our comprehensive management also includes the public address and intercom system, which allows emergency communications between passengers and the train driver and/or central control, as well as TETRA communications, which provide a critical communication service in safety and transport.
Increased safety for travelers and drivers via:
Comprehensive multimodal station management based on SICE’s software platform, SISTATION, which allows the operator to monitor and manage station field equipment in real time. It comprises both passenger information systems, camera display, public address and intercom, as well as the Single Agent system providing the conductor with a full view of the curved platform.
Video surveillance system designed by SICE, the main goal of which is to improve the safety of citizens and infrastructure considered critical (control centers, DWTP, etc). It is a versatile solution that can include, based on the needs of customers, not just all kinds of cameras (fixed, mobile, dome and recording system) but also video analytics to perform license plate reading, facial recognition, or counting and classification of pedestrians and bicycles, among others.
High value-added communications solution for citizens, which, through the installation of next-generation WiFi networks, allows the dissemination of content and information of interest by public or private entities. WiFi technology is presented as a natural enabler due to the widespread adoption of its standards, which allows a wide range of devices to connect and communicate with each other with relatively low deployment costs.
A cross-cutting solution, essential for the rest of the systems. The goal is to provide connectivity to the field equipment with the control center, where different solutions are managed. The technologies used depend on the project and include: wired copper and fiber optic networks, free band and licensed wireless systems, satellite communication systems, or operator-supported communications networks.
Automatic Water Quality Information System, which objective is continuous systematic and real-time monitoring of the quality levels of inland surface waters. It is a basic tool to support water system security and management for the monitoring, control, authorization and sanctioning of landfills. It consists of a series of stations located in the rivers of the basin equipped with different analyzers.
Smart Lighting Management System, which allows automatic and continuous monitoring and control of energy consumption, with the aim of promoting energy savings and efficiency, maximizing the potential of public lighting infrastructure and reducing CO2 emissions associated with this consumption. Thanks to IoT technology, each luminaire is equipped with smart lighting and connectivity, turning each one into authentic data servers, breaking down the barrier of the light point and becoming pillars of Smart communication.
Smart system for the management of domestic water consumption meters consisting of the implementation of meters, hubs for the communication network, and a central management system that receives all the information from the connected equipment. The solution allows the evolution from the management of a static network to a dynamic network with real-time knowledge of the flows delivered at each point, automatic billing, incident management, etc.
Nerve center of all the solutions proposed by SICE. SICE’s Smart City Platform, KALIOPE, makes it possible to manage each and every service in the city, improving coordination and efficiency in the provision thereof. Based on easily measurable service quality indicators that support decision-making, the platform establishes active communication channels with citizens grounded in the use of new technologies, presenting a unique interface.
SICE’s Smart City Platform, KALIOPE, will open one more digital communication channel between citizens and the administration that will allow them to report any problem or need via a simple application, and in turn allow better coordination between areas of the city government when an event or incident occurs.
Comprehensive management of Automatic Fare Collection Systems, consisting of both field control equipment (access control barriers and onboard validators), ticket sales and reloading equipment (via WEB and APPs), as well as the Central System of supervision, operation and clearing house, using different types of technologies (EMV, Mifare-Desfire, barcode, etc).
Comprehensive system for the management and control of all systems involved in a tunnel, from the control center to the field equipment, as well as the communications network and local control network (PLC’s and remote stations). SICE’s solution is based on its SIDERA software platform, which allows integration into a single interface for the display and command of all tunnel elements.
Smart irrigation management system, which allows monitoring of water consumption and management of irrigation programs in parks and gardens. It contributes to improving efficiency by capturing information from field sensors (humidity, salinity, temperature, wind speed, etc.) and the display and analysis of the information obtained in real time. All of this makes it possible to control the water supply according to the water needs of each plant type.
Air quality monitoring and information system aimed at designed to measure and disseminate air pollution levels. It consists of a series of monitoring stations that record the concentration values of air pollutants: NOx, SO2, CO, O3, BTX, particulate matter (PM10 and PM2.5), VOCs, etc. Air quality information is provided to the public through different channels (website, variable information panels, SMS messages, etc.).
Comprehensive automation and control solutions for waste water treatment processes. Integrated management of maintenance assets. Energy optimization of the process for the reduction of power consumption and CO2 generation through novel techniques of monitoring the biological purification process. Real-time physical-chemical parameter control stations at the influent (to adapt the treatment process to the real nature of the influent and effluent water to verify the proper operation of the treatment process as well as adherence with Landfill Regulations).
Automatic Hydrological Information System that captures, transmits in real time, processes and presents data describing the hydrological and hydraulic status of the basin, including knowledge of the hydric regime throughout its water network and the status of the main hydraulic works and control devices located there. The Decision Support System included in the AHIS provides a future hydrological response from the basin in the event of an expected adverse weather phenomenon.
Smart Municipal Solid Waste (MSW) management system, which integrates everything from collection and transportation to treatment. The system makes it possible to analyze data, based on need, in order to vary the collection routes of garbage trucks and increase or decrease the frequency at which they come by depending on the capacity and condition of the containers.
Comprehensive solution for electric charging of vehicles consisting of recharging equipment (continuous, alternating and with different power outputs), the management and control system, and auxiliary elements such as video surveillance, lighting and telecommunications network. The management platform allows, among other functionalities, the operation and monitoring of the infrastructure, management of the pricing module, billing and payments, and use of user applications such as WEB and App.
Onboard solutions for location, automatic speed control, efficient driving, monitoring, maintenance and fleet management.
Onboard Automatic Fare collection and Passenger Information System, including validation, recharging and onboard sale of cards, as well as video surveillance, passenger information systems, passenger counting, public address and onboard WiFi.
Smart parking system with application of the latest technologies available. This solution consists of the installation of small sensors on the pavement, which identify the presence or absence of a vehicle and send that information to a central system. This information is updated to allow drivers to check via web or app if there are free parking spaces. The system can also include user information panels, access barriers, video surveillance systems, etc.
Traffic light regulation solution that allows priority movements to be established for certain vehicles (preferably emergency) under certain conditions. These actions can be managed remotely from a control center, or used in conjunction with other information systems, such as operating aid systems or connections to emergency control centers.
Remote control system for ornamental hydraulic installations, with automatic anemometric control of the operation of water features, regulation of pumps operation using variable frequency drives and monitoring of the main parameters of operation, events and alarms, programming the condition of the equipment and optimizing energy control of the pumps.
Smart solution consisting of solar systems, a method of photovoltaic self-consumption for both single-family homes and large buildings, obtaining 100% renewable energy. Module-level monitoring allows to monitor the operation of each module at all times, so that problems can be identified and resolved quickly, minimizing power losses and enabling efficient use of the resource.
Comprehensive bicycle rental system solution, the main goal of which is to provide an alternative and environmentally sustainable means of transport. Includes the supply and installation of rental stations, service terminals, and bicycles. The maintenance and operation of the system is based on web tools, a call center for handling incidents, and the management of workshop repairs and the logistics of redistributing bicycles.
KALIOPE, SICE’s Smart City platform encompasses various collaboration solutions and tools, modern and intuitive websites, mobile applications, self-service portals and citizen portals. The goal of the citizen information system is to establish open and participatory processes and greater transparency in management. In short, KALIOPE enables direct connection between the citizen and the administration.
Control systems that include the identification, management and treatment of traffic violations, with the aim of improving road safety in cities. The portfolio of solutions is based on the following systems and technologies: Red light photo equipment, prohibited turn verification, speed controls (radar) on road point or section, bus lane encroachment, access to restricted areas, and license plate management by reading and analyzing them.
Information system in the field of urban and intercity mobility based on electronic representation devices. The information in the variable message sign is represented by alphanumeric and/or graphic characters. They are integrated into SICE’s own management software applications: SIDERA and ADIMOT.
Solution based on the detection of wireless devices using Bluetooth technology through the device developed by SICE, LIDA DBT01. This reads the MAC addresses from Bluetooth devices circulating around them, brings them together and transmits the processed information via communication network (wireless 3G interface or Ethernet) to the control center. The system makes it possible to calculate occupancy value, stop times, travel times, prognosis, etc.
Toll system in which the user pays for its use in the stations installed along the infrastructure. The solution includes toll stations (manual, automatic, electronic toll, etc.) developed with different technologies in terms of payment methods (cash, bank cards, devices, TAGs , etc.), as well as the operational and commercial back office and validation and centralized consolidation of toll transactions.
Toll system that allows the management of electronic collection without interfering with the flow of traffic, using license plates or electronic devices (tags) to identify users. It is a comprehensive solution that offers everything from on-track equipment (technical gates, detection and classification equipment, antennas, cameras and auxiliary equipment) to operations management, customer service systems, account management and interfaces with external entities.
Traffic light regulation solution that makes it possible to establish movements and priority itineraries for public transport vehicles. The purpose of the system is to reduce the number of unwanted stops and achieve an increase in the commercial speed of the vehicles. Actions can be managed both locally and remotely from a control center. The system takes advantage of the information generated in real time by vehicles, sending the information through sensors installed in the infrastructure, wireless elements with GPS information, and even through the SAE itself.
Comprehensive solutions for automation and control of the treatment, storage and distribution of drinking water processes. Integrated management of maintenance assets. Integrated management of hydraulic models. Energy optimization of the process to reduce electrical consumption and CO2 generation. Real-time physical-chemical parameter control stations in DWTPs and distribution networks.
Complete and comprehensive solution for regulated parking services, including the supply and installation of parking meter, incident management and integration platform, payment and claims management services and qualified staffing for surveillance and management. To ensure the correct and effective implementation of the service, as part of the solution, the management of cranes and vehicle depot is also performed.
System for the detection of pedestrians crossing at traffic light intersections using artificial vision cameras.
The system ensures that pedestrians always have enough time in which the traffic light is green to cross safely at traffic light-controlled crossings. To do so, the system uses smart cameras that detect the path followed by the pedestrian and extend the time in which the traffic light is green until he or she has crossed safely. In addition, the traffic signal controller can be equipped with mechanisms to interact with citizens’ personal devices, such as smartphones, etc.
Comprehensive lighting management system for buildings that monitors and controls the contracting and consumption of energy in municipal buildings. The system takes advantage of natural light through the installation and use of control and regulation systems in areas where the amount of natural light allows it.
Electronic device used to control a set of traffic lights. It presents various modes of operation, both autonomous and centralized, with which it manages and prioritizes the flow of vehicles in real time according to the specific needs at a given moment. Supports IoT devices to deploy Smart solutions. Its functionalities are increased when managed through SICE’s own Urban Traffic Control system, ADIMOT.
Warning system at crosswalks and intersections. It uses V2V or I2V (vehicle-infrastructure-vehicle information exchange) technology, the purpose of which is to alert people of the proximity of cars, pedestrians or obstacles at a crosswalk or intersection. Available at both traffic light crossings in cities or dangerous intersections on the road.
Electronic device that is part of the comprehensive lighting solution. The module allows the regulation and control of the on/off functions on a line of luminaires, as well as the control and monitoring of energy indicators such as active and reactive energy consumed, hours of operation, annual consumption, total installed power, average consumption at each light point, average expenditure at each light point, etc.