We provide ultimate lighting control solution for your application with

• Dimming, switched control, and sensor activated control for daylight harvesting or security.
• Timed control combined with the ability to remotely manage or monitor any location securely and efficiently.
• Integrating your lighting with HVAC control, shade control, and security systems.
• The most comprehensive line of user-interfaces to commercial lighting and dimming control, plus the ability to remotely monitor, manage and control buildings over standard IP networks.

Controlling all of this through touch panels and keypads is state-of-the-art. Architects, engineers, designers and contractors know that customers who choose Dolphin Process Automation are guaranteed the quality, innovation, and service that every project deserves.

• Lighting Automation
• HVAC Control
• Solutions
  • Basement Solution
  • Common Area
  • Work stations

• Lighting can represent up to 40% of energy consumption in buildings depending on segments.
• Lighting control is definitely one of the easiest ways to save energy costs on one of the most common applications. Applying an effective lighting control solution, users can easily save up to 50% on their electricity bill compared to traditional ways.

Solutions or architectures used in the application

• The solution provides automatic means to optimise lighting based on the 3 main parameters indicated above ( time, intensity and presence), alone or combined.
• The solution can begin  from very local and small solutions, such as timers, up to very sophisticated, customised but flexible, centralised solutions as part of building automation systems.

HVAC Control applications include products, systems and services aimed at controlling HVAC equipment in order to:

• Provide required environmental conditions (temperature, air displacement speed, moisture, CO², etc) for occupant’s comfort and building efficiency
• Minimise energy consumption
• Reduce other costs, such as operation, maintenance and repair costs

How can a customer manage energy more efficiently?

• HVAC can represent up to 70% of energy consumption depending on segments.
• Different methods can be combined to save energy costs for HVAC in a range of 15% to 30%:
• Program temperature set point according to occupancy
• Adapt heating or cooling production power according to real building needs
• Raise temperature to comfort level when occupant presence is detected
• Adapt ventilation flow according to occupancy or internal air pollution level
• Recover heating or cooling energy from extracted air

Solutions or architectures used in the application

• Stand-alone control products are used for local or central control (time switches, thermostats, clock-thermostats, stand-alone controllers).
• HVAC control systems permanently provide each area with optimised environmental conditions.
• Building Automation Control Systems control HVAC among various functions, such as lighting control, blind control, or security.
• Energy services enable systems to secure year-round maximum savings and high comfort level for occupants. Energy services can include:
• Engineering services
• Commissioning
• Maintenance
• Energy reporting
• Monitoring & Targeting

The combination of HVAC and lighting contribute to over 70 % of energy used in many buildings. Building implementation, from design to commissioning, should be carried out in a way that achieves optimum energy saving results.

How can a customer manage energy more efficiently?

Integrated building management solutions are based on open, scalable systems that allow monitoring and control of all building systems including HVAC, lighting, access control, security and other special systems. Complete building solutions offer significant operation & maintenance benefits during the life cycle of a building. Coordinated behaviour across multiple systems can provide savings range from 15% to 30% of energy costs.

• Building Automation and Control Systems
  
  contribute to equipment availability and energy savings as they can control all building functions:
• Mechanical and electrical equipment for heating, ventilation, air conditioning, lighting, shutters/blinds, power distribution, etc.
• Access control, CCTV, etc. for security.
• Engineering services
• Operational Services: On site support and alarm handling to assure the very best efficiency in building operations
• Maintenance Services: Keep the value of a building at a strategic level via regular adjustment and optimization of systems. Regular maintenance and exchange of spare parts according to planned maintenance schedules.
• Consulting Services: A range of consulting services, from training to energy and indoor climate audits as well as analysis and documentation of a building’s status.

Energy usage analysis provides users with the means to understand their energy consumption based on historical data, usage trends and benchmarks.

Organizations that lack access to this type of data may miss the most relevant areas for improving energy usage.  Energy measures that are taken may not be effective, or may be effective at first but decline over time. Significant errors in utility bills can be overlooked.  Without clear data, accountability for energy used tends to be poor, and behavior may run counter to the organization’s interests.