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Next Generation Smart Building Automation
Building management systems traditionally focus on a few core areas such as heating, ventilation, and air conditioning (HVAC), lighting control, access and security systems, power and energy systems, and fire systems.
Manmind queue management systems helps you organized your waiting lines by providing visitor with an easy ordering method on “first in first out”, prescheduled appointments, and more sophisticated methods,
The system providing audio-visual means for directing customer, a friendly user interface for agents to manage lines and call customer forward, and useful tools for managers to control the level of services and generate performance statistics.
What is Building Automation
Complete autonomous control of an entire facility is the goal that any modern automation system attempts to achieve. The distributed control system - the computer networking of electronic devices designed to monitor and control the mechanical, security, fire, lighting, HVAC and humidity control and ventilation systems in a building or across several campuses.
The Building Automation System (BAS) core functionality is to keep building climate within a specified range, light rooms based on an occupancy schedule, monitor performance and device failures in all systems and provide malfunction alarms. Automation systems reduce building energy and maintenance costs compared to a non-controlled building. Typically they are financed through energy and insurance savings and other savings associated with pre-emptive maintenance and quick detection of issues.
A building controlled by a BAS is often referred to as an intelligent building or "smart building". Commercial and industrial buildings have historically relied on robust proven protocols like BACnet.
Almost all multi-story green buildings are designed to accommodate a BAS for the energy, air and water conservation characteristics. Electrical device demand response is a typical function of a BAS, as is the more sophisticated ventilation and humidity monitoring required of "tight" insulated buildings. Most green buildings also use as many low-power DC devices as possible, typically integrated with power over Ethernet wiring, so by definition always accessible to a BAS through the Ethernet connectivity. Even a passivhaus design intended to consume no net energy whatsoever will typically require a BAS to manage heat capture, shading and venting, and scheduling device use.
A Simple Example of a Intergrated Building Automation System:
• Our integration services range from planning to implementation of automation projects for non-residential and residential buildings. We can provide integrated turnkey solutions for our final customers or one part of the required solution
• Supports and improves each touch-point with help from integrated business intelligence.
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COMPATIBLE
system have WIFI connection so it does not require data cabling and high power installation. Recommended for small, elegant customer spaces.
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ENERGY SAVING
Efficient and simple energy saving in buildings.
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COST REDUCING
Daily reduction of building operating costs with the help of simple commands, schedules and algorithms.
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USER FIRENDLY
The user-friendly application enables simple system management and energy saving in buildings, appropriate for all types of users.
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FLEXIBLE
A fully flexible system that enables extensions and upgrades.
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MAINTENANCE
Smaller need for additional maintenance personnel and lower system maintenance costs.
Building Automation Frequently Asked Questions.
Building automation is beneficial to both building owners and occupants. For building owners, automation helps to reduce the cost of equipment maintenance as well as reduce energy costs. For occupants, building automation helps to make the building more comfortable. Through controlled HVAC, ventilation, and more a comfortable atmosphere is automatically created.
In the home and in smaller applications, building automation can be installed by the end consumer. However, this isn’t the most common way it’s done. Instead, building owners generally work with a contractor for the installation of building automation systems.
As with just about any other product, the cost of building automation can vary wildly. The reality is that the cost all boils down to the type of equipment you choose and the functions you need the equipment to be capable of carrying out. With that said, in new construction, building automation generally works out to be between 1% and 2% of the overall cost of the project.
This is another question with an answer that can vary. Ultimately, the return on investment you’ll realize is directly correlated to the energy and maintenance costs of the systems your building automation is designed to control.
There's no need to register in order to search for BMS Engineers in your area. You can visit our home page and use our search tool right away. It's quite intuitive to use and you will find a video demonstrating how to search for companies and find out their contact information. Your search will return a list of Engineering Companies and you can click on individual companies to reveal all the information you need to be able to contact them for a quote.
Not at all. Once building automation systems are installed, they essentially run themselves. However, when changes need to be made, a simple user interface makes the changes incredibly easy to make.
Clients observed wait times can diminish by as substantial as 40 percent with queue management technology such as digital signage that retains them occupied and diverted through advertisements or promotional messages. While a manager will profit from information about client numbers and service times, customers also require deserving information. People will be assuaged when presented with digital signage, a printed ticket, or a text message showing their current expected wait times.
We currently offer building automation services in the India.
Building automation systems generally maintain themselves; therefore, regular maintenance isn’t required. However, Octant innovations does provide updates as well as system enhancements to their customers.
HOW DO BUILDING AUTOMATION SYSTEMS WORK?:
Basic BAS have five essential components:
- Sensors — Devices that measure values such as CO2 output, temperature, humidity, daylight or even room occupancy.
- Controllers — These are the brains of the systems. Controllers take data from the collectors and decide how the system will respond.
- IOutput devices — These carry out the commands from the controller. Example devices are relays and actuators.
- Communications protocols — Think of these as the language spoken among the components of the BAS. A popular example of a communications protocol is BACnet.
- Dashboard or user interface — These are the screens or interfaces humans use to interact with the BAS. The dashboard is where building data are reported.