The idea of a "green building" based on sustainable, energy-efficient construction and building use can be realised with intelligent building automation using controllers and software that seamlessly integrate all building systems spanning electromechanical, mechanical, and electrical systems like HVAC control, Power Management, Elevators, Fire Alarm System, Access Control System, Public Address System, Video Surveillance System, Pumping Stations, Power Backup amongst many others. Trisim has partnered with some of the strongest technology companies in the field of building automation offering universal, scalable building automation control systems covering networkable controllers and a modular I/O system for logging all data points in buildings.
Trisim through its network of trained system integrators offer end to end solutions for building developers- right from planning to implementation of automation projects for non-residential and residential buildings. The diverse range of Building Management System products that the company offers is what sets it apart as a Distribution partner with engineering DNA. Trisim is the one-stop partner for its system integrators helping them with all of their product needs for a BMS project. The company also provides design & engineering support and commissioning support to ensure a successful project execution as per guidelines.
Trisim offers a complete range of hardware and software.
Building management software allows buildings to monitor and control all major building control and monitoring equipment such as lighting, heating ventilation and cooling (HVAC), power meters, elevators & escalators, fire panels, intrusion, access control system, video surveillance systems and more. Building Management Systems help in creating situational awareness, it helps in incident management and also optimises maintenance services by controlling and reducing costs.
A building's historical, utility, real-time, and field data helps in finding unnecessary resource costs and identifying performance issues to prioritise improvement plans. Energy management leads to cost reduction and also increases the value and marketability of properties.
Providing organisation-wide visibility into meter infrastructure, energy management software captures energy data from a variety of sources (smart meters, sensors, utility bills, building energy management systems, etc.) and collates the information in a central database. The software structures the energy data allowing for analysis, comparison and benchmarking of buildings over time.
As a one-stop solution provider to system integration partners, the company offers a wide range of accessories and devices which complete the surveillance system. Trisim Global recommends choosing high-quality power supply units and reliable surge protectors for outdoor camera installations available at affordable rates with the company. Be it Camera Control Keyboards with LCD displays or Pole Mounting Accessories for Cameras or connectors and cables, Trisim Global has them all.
Trisim Global represents multiple leading brands and provides controllers covering all HVAC applications from large central plants to zone terminal units and sensors. While controllers are the right equipment for these jobs, the application of this equipment is even more important. Trisim's in-house BMS experts and network of integrators are building control experts who help in design, installation and maintenance of control systems at peak efficiency.
Trisim's wide range of aesthetically designed thermostats, high on precision and accuracy, ensure that architects and consultants choose the right product that fits every commercial HVAC application, budget and customer.
A wide range of tested dampers, actuators and valves from the top performers in the HVAC industry is made available by the company to its system integrators easily. Guided installations by Trisim helps in trouble-free operations which in turn ensures years of profitability for integrators.
Trisim's wide array of sensors covers all HVAC control applications and mounting options, making it the best sensor source for system integrators. From current sensors for equipment monitoring, temperature sensors for heating and cooling to CO2 sensors for demand control ventilation (DCV), Trisim is the best source for information and access to the most reliable and modern sensors.
Energy usage information is the key to energy management and savings. More information on energy usage from specific equipment, areas or tenants help buildings to look for energy-saving opportunities or to provide tenant-specific billing. This information can be used for creating an overall energy-savings plan, allocating costs and more.
The largest chunk of the energy consumption pie-chart for most buildings is taken up by equipment that circulates air and water. Variable frequency drives (VFDs) maximise energy savings by modulating the speed of fans and pumps in HVAC systems. Trisim engineers help integrators to choose VFD and commission them on-site to work in conjunction with a building management system (BMS) or independently through its internal PID capabilities.
Trisim is the one-stop distribution partner for system integrators. Be it engineering cabinets for mounting DDC controllers or rugged switches for networking controllers, Trisim supplies the complete bill of quantity.
Design and Estimation
Trisim has an in-house team which guides architects, consultants and integrators to create I/O summaries after review of all building systems. On review of I/O summaries, building controller designs are planned. At Trisim, engineers are available for joint meetings with its integrators and site surveys. This capability of the company makes it the most trusted partner of the OEMs as well.
Trisim provides comprehensive energy audits for building owners to evaluate and analyse a building's current energy use. Results from energy audits provide insight for building owners and also helps to identify the most economical and energy-saving opportunities.
In addition to this, Trisim experts guide building owners to implement energy-saving strategies to see impacts which result in a payback period typically ranging from six months to four years, depending on the savings approaches utilised.
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