In the modern world, any building, both industrial and residential, has an extensive network of various devices and units, combined into systems and complexes that ensure normal and comfortable use. For example, this is water supply, energy supply, air conditioning. To simplify the operation of complex complexes, automation of engineering systems is used. This reduces both the time for maintenance and control, and the consumption of energy resources. When building such systems, two approaches are used:
- Fully automatic operation a complex of equipment, in this case, a person is involved only in the design, production, installation and commissioning. Further intervention is not required.
- semi-automatic, or as it is also called automated - management decisions are made by a person. Same way the creation of an automated control process is called dispatching.
Dispatching of engineering systems is used to control the operation of equipment. The use of this technique allows you to optimize the time of work, which reduces operating costs. You can automate anything - electricity, heating, air conditioning, water supply. Thanks to this process, energy consumption is reduced and energy consumption is optimized. All this is achieved by the development of optimal functioning algorithms - they use various sensors (motion, volume, lighting, temperature), switching modes depending on the day of the week and time.
Before starting work on automation, you need to determine:
- What part of the equipment needs to be automated?
- Which approach will be implemented: simple or complex?
- The equipment will work with or without human intervention.
- Economic effect.
After that, specialists, based on the discussions and calculations obtained at each stage, develop an automation algorithm. According to this algorithm, hardware and software solutions are selected, installation, adjustment, configuration and testing of the entire complex is carried out.
Despite the seemingly high costs of creating and implementing process control systems, the economic effect of their use is quite significant. The costs of creation are returned within 3-5 years. Then the net savings begin, thanks to the rational use of energy and other resources.
The process of supporting such embedded solutions takes into account the specifics of the construction and includes the maintenance of sensors, the readings from which are used in the process of operation, signal and control circuits, control valves, shut-off valves and other parts.
Autonomous Technologies specialists have extensive experience in creating, implementing and maintaining automatic and dispatched control systems. This allows you to perform all operations quickly, efficiently and on time.
In the conditions of constant improvement of technologies, operation is an integral function of property management. The engineering equipment and communications of modern buildings are becoming an increasingly complex system, the maintenance of which requires highly specialized knowledge and serious training. The success and professionalism of a management company providing maintenance services is determined by the human factor - highly qualified and experienced personnel. The quality of operation largely depends on the qualifications of employees and how coordinated the work of all technical services involved in the facility.
The efficiency of operation processes is determined by the clear interaction of technical services at the facility and quality control. At the present stage of real estate management, in order to optimize the operation processes, building management automation systems are being actively developed and implemented. Software developed specifically for the operation process, available both in use and at a price, can solve the problem of organizing effective interaction between technical services and provide comprehensive management of the quality of operation.
Management of engineering services and equipment is a complex area of automation. With the help of automation systems, it is possible to keep records of leased objects and tenants, parameters of premises, equipment used in the building. Modern automation systems also make it possible to keep records of the services provided to each tenant - parking, repairs, solid waste removal, cleaning, window washing, heating, air conditioning, lighting, security, etc. For each service, the limit included in the rental rate or operating costs is controlled, the terms of payment and the time of service provision are fixed. The equipment of the facility is taken into account and a technical passport is maintained for each individual element. Each technical object, material value, tenant is tied to a section of the floor plan, which is created using the graphic package module integrated into the program. On the basis of the data of equipment passports, maintenance schedules for facilities are formed. Based on regulations and actual costs, the system calculates the cost of building operation. The automated system allows you to generate estimates for cleaning the territory, maintenance of the building, security, etc.
The cost and parameters of each part, the timing of repairs, the frequency of maintenance, replacement, as well as personnel data - the qualifications of each engineer, electrician, their salary, etc. are entered into automated systems. Based on mathematical algorithms, the system calculates which work, on which day and which employee should perform, taking into account vacations, weekends, holidays, working hours, etc. There is an opinion that an experienced engineer will be able to independently draw up such a schedule, without an automation system. However, when external conditions change (an employee falls ill, equipment fails), modern programs can quickly recalculate so that the potential damage from changing the work schedule is minimal. In addition, the programs take into account the requests for maintenance of tenants, the movement of parts, consumables and other material assets, calculates the cost of maintenance operations.
The software is the most important part of the automated operation control system. We can highlight the general requirements for software:
ü convenient, graphical interface with object plans;
ü the ability to manage both individual objects and the entire system;
ü logging of events (alarms, passages to premises, etc.) and actions of the operator in the computer memory;
ü password protection of access rights of operators;
ü editing the database, writing user data into it;
ü automatic formation of a list of system messages for viewing, printing and analysis;
ü accounting of working time;
programming of system reactions to external events.
It is preferable to use domestic software, since it is unlikely to be modified to meet specific requirements for foreign products. The software product must be a flexible, customizable, scalable system. An additional advantage may be the openness of the PC to third-party developers, when the customer is given the opportunity to develop their own hardware drivers.
Software developed specifically for the operation process must perform two main functions:
1) The function of operational accounting, which is responsible for the automatic formation of a set of basic operating documents, on the basis of which the entire process is managed.
2) The operation management function, designed to automate the processes of planning, organizing, monitoring and analyzing the effectiveness of technical operation activities.
The structure of the operational accounting base is developed on the basis of a detailed analysis of regulatory and methodological documents for the operation of buildings and structures, their structures and engineering systems, modern concepts and methods for operating facilities, as well as domestic and foreign equipment for life support systems for real estate objects.
On the basis of a unified register of technical accounting objects and the developed equipment directory, a single hierarchical structure (register) of operational accounting objects is formed in the operational accounting database.
In the register of operational accounting, the location of equipment is determined not only in the structure of the engineering system, but also in the structure of the planning solution of the facility (in the premises in which it is installed), which is displayed in the graphical part of the software package on the floor plans. This allows the operating personnel to get quick access to information on the equipment and to effectively manage its operation.
The structure of the operational accounting register is flexible and customizable, it allows you to include in it characteristics for a complete initial description of operational accounting objects with any level of detail, as well as full information on planning, organization, control and analysis of the operation of real estate objects.
The initial characteristics of operational accounting objects include the following main groups:
ü general information about the objects of operation;
ü passport data of the equipment;
ü technical characteristics of objects, their functional components and elements;
ü performance characteristics of engineering systems;
ü operational characteristics of objects and their elements, including standard operational indicators;
ü operating conditions of engineering systems and equipment;
ü installation characteristics of engineering systems and equipment.
Based on the performed operational accounting, registers of equipment, operational passports of objects, engineering systems and equipment are dynamically formed, including initial characteristics and information on planned and completed work, accumulated operating costs of the object in question.
As part of planning the operation of real estate objects, the following main procedures are performed in the software package:
ü drawing up long-term long-term plans (projects) for the operation of facilities;
ü Calculation substantiation of the planned costs for the performance of operation works and budgets for the operation of facilities in the long term;
ü drawing up medium-term operation plans based on the results of long-term planning;
ü calculation substantiation of the planned costs for the implementation of current repairs, maintenance, maintenance of facilities and annual budgets (projects) for their operation;
ü Calculation substantiation of the planned costs for the utility supply of the objects of operation.
The universal methodology implemented in the software package makes it possible to apply modern principles and methods for planning work on maintenance, repairs, maintenance and provision of facilities with public services in accordance with a given level of operation of facilities.
Justification of the cost of the planned work on the technical operation and maintenance of facilities is provided by performing cost estimates based on the built-in regulatory and cost estimate database and the calculation algorithm developed in the software package.
The combination of a universal methodology for operation planning and the developed structure of a unified register of operational accounting objects allows:
ü perform not only object-wise, but also element-by-element planning of operations;
ü Calculate operating costs;
ü to determine the operating costs to justify the budgeting of the operation of real estate in the long term.
As part of the operation management in the software package, the following main procedures are performed:
ü documentary support for the organization of work on the technical operation and maintenance of facilities, including on their own and with the involvement of third-party organizations;
ü organization of continuous monitoring of the performance of work on the technical operation and maintenance of facilities;
ü analysis of the performance of works on the operation of facilities and annual budgets for their implementation;
ü adjusting the timing and volume of work on the operation of facilities, as well as the volume of their long-term and annual budgeting.
Thus, the operation service gets the opportunity to move from object-by-object to element-by-element operation management, to plan the operation of facilities with any degree of detail, applying the principles and methods of operation that are determined by the developed operation policy for infrastructure facilities, as well as the concept of operation of each object and element.
Rice. 7.1. Register of objects of operation (ValMaster™ FM)
Rice. 7.2 Maintenance Cost Planning (ValMaster™ FM)
The integration of cost estimate and operation planning algorithms makes it possible to implement them as a single procedure and thereby significantly reduce the complexity of planning work.
Support for operation planning processes by calculation mechanisms, combined with the possibility of implementing element-wise work planning, makes it possible to ensure the transparency and validity of the formation of the facility operation budget.
The implementation of procedures for managing the operation of facilities is ensured by the dynamic formation of the relevant operational documentation: long-term plans and work schedules, object and local estimates, resource sheets, staffing of technical personnel, annual budgets, etc.
Software for automating operation processes is offered by several development companies. Among them, it is worth noting ValMaster Facilities Manager - an industrial platform for building corporate property management information systems from ValMaster, a company specializing in software products for the real estate market. Also of interest are the developments of the company IT-grad "Operation Service" and "Property Management", created on the basis of the well-known program "1C". Infor Company offers to use its Datastream 7i system to automate the operation management processes at the facility. This system is an American product, it has a modular structure and web-architecture, which allows it to be configured for objects of various functionality and makes it available via the Internet or a local corporate network.
Despite the obvious advantages of the above programs, they have not yet become widespread due to the complexity of management and high cost.
Automation of real estate operation processes leads to a simplification of the processes of planning and control of the activities of the operation service, and the budget becomes an absolutely transparent and efficient tool.
When implementing an automation system, it must be remembered that the flawlessly organized operation of the facility depends, first of all, on the professionalism of the employees of the operation unit. Poor-quality training of personnel can nullify any technical advantages of the software package. It is people with their experience and professional skills that are the main competitive advantage of the operational service.
Without making mistakes, the automation of engineering systems of buildings works to increase productivity and comfort. Smart devices save time and effort for employees, make the workplace comfortable and safe, protect expensive equipment from excessive loads, and take on any other important tasks. With them, labor productivity increases at least twice.
Maximum efficiency
Modern technologies of automation of buildings and structures make it possible to realize almost any ideas. It became possible to intelligently control the climate with maintaining a comfortable temperature and air humidity, regulate the supply of fresh air to the premises depending on the number of personnel located here, control lighting depending on the illumination outside and the time of day, automatic shutdown of engineering systems after a working day. The list of options depends only on the wishes of the customer and, to a lesser extent, on the specifics of the object.
"Smart" technologies are always accompanied by dispatching, which collects data on the state of building automation elements. It ensures the preservation of recordings from video cameras, captures changes in temperature or pressure, evaluates the distribution and consumption of resources or workload - that is, it consolidates all the information that is important for safety and high work results. The system analyzes the collected data and provides the engineering staff with clear graphical performance data and recommendations for optimization.
Continuous control
When creating a unified building automation and dispatching system, the automation system controllers are connected to each other and dispatching stations via an internal network, the Internet or Wi-Fi. Controllers collect and process data, control actuators, and also transmit data on the state of engineering systems to the dispatching level. In case of failures or threats, the dispatching system gives alarm signals. All this makes it possible to avoid dangerous failures in a timely manner and to assess the impact of specific factors on labor productivity.
The amount of information sometimes reaches impressive proportions. Therefore, complex automation projects and dispatching of engineering systems of buildings require a dispatcher workplace in case of emergencies. In small firms and private homes, there is no such need - it is also possible to remotely monitor the state of systems using convenient and simple mobile applications.
Each building automation and dispatching project is created strictly on an individual basis. There are no universal solutions here. Alfa-Integration offers optimal and always successful solutions for your facility.
To date, this is one of the main tasks of any construction, since with automation all engineering and information networks can be combined under one computer control. These systems include:
- heating
- ventilation
- water supply
- security
- telecommunications
- electrical supply
Building automation in Moscow has already become a prerequisite, due to the large amount of engineering equipment in modern buildings, rising energy prices and tightening quality control of the facilities being built. Since a huge amount of money is spent on the operation of the building, the implementation of an automation system significantly reduces costs.
For example, during the construction of a building, about 5% of the total budget is spent on building automation, but during the operation period, thanks to it, you can save up to 40% of the budget. It turns out that the savings in operation during automation are several times greater than the savings at the construction stage.
The minimum comfort requirements that consumers place on a building are ventilation, air conditioning and heating, which account for most of the building's energy consumption. Art-In automates these and other systems in commercial and residential buildings, large structures, urban and private buildings.
What subsystems can be controlled?
The concept of "Smart Home" is a fairly common phenomenon in modern society. The automation system allows you to control absolutely all electrical appliances and engineering systems, monitor the correct operation, even when you are far from home.
Building automation works on the same principle, but on a larger scale. Thanks to it, you can control:
- power supply - you can control the supply of energy to all consumers, carry out quality control in normal and emergency mode, monitor line overload, check the health of elements (substations, power cables, batteries, etc.), turn on economy mode and much more
- lighting - you can control the switching on and off of the lights on the landings, in the duty and emergency rooms, supply light to certain parts of the building at certain times, control the lighting in the yard and obstruction lights
- heating and hot water supply - you can control the heating system, check the air temperature in the room, check the correct operation of pipelines, monitor the state of feeding circuits, pressure, and so on.
- cold water supply - you can control all process equipment, maintain optimal pressure in pumps, check drinking pumps, fire systems, water filters, monitor the condition of pipes and much more.
- ventilation - automatically maintain the optimum air temperature in the premises, check the state of moisture in the entire building, in individual blocks, turn on or off individual objects or the entire ventilation system if necessary, check energy consumption, and more
- climate control - individual or decentralized in separate rooms and rooms control of climate, humidity, heating and ventilation systems
- security - checking the performance of all video cameras, sensors, alarm systems, turning them on / off, controlling power consumption, managing the system in emergency mode, and more
- engineering systems - checking the condition of all drains, sewers, roofs, basements, monitoring water leakage, gas contamination, the environment, elevator equipment, energy metering and much more.
The above parameters can only give a general idea of what and how can be controlled in building automation. Thanks to this “smart” system, absolutely all engineering systems and devices are under control: if a breakdown occurs somewhere or a pre-emergency situation occurs, the “Smart Home” system instantly reacts, blocks the operation of a particular section and notifies of a breakdown.
Benefits of building automation
In modern construction, this task presents a number of advantages, both for investors and for residents and even for maintenance services. Let's look at some of the benefits:
- investors - the value of the building increases and its status rises; the service life of the entire building becomes longer, which leads to a decrease in accidents and emergencies, which increases the interest of landlords.
- operational services - you can create one information space to increase the functionality of the services; coordinate the work of all automated engineering systems of the building; high level of resource management; reducing costs and improving working conditions
- residents - comfort; safety; cost reduction
It is advisable to implement automation at the time of building construction or major repairs, since in order to combine all engineering systems into one control system, it is necessary to carry out verification work in advance, make sure that all devices and systems are working properly and will not require replacement in the near future.
After that, an assessment of all parameters of residential, municipal and commercial premises is carried out, where all the nuances must be taken into account, because they can greatly affect the operation of the system. After such verification is carried out, a work plan is drawn up for the installation of hardware, software and related sensors.
The next step is to install the system and test it. Since the “smart home” independently controls absolutely all engineering systems, it takes some time for the program to study the load on various installations at different times and work schedules. After the program receives all the necessary data, the most optimal mode of operation and control is set.
Automation can be carried out both comprehensively and in stages.
IS Ecolife is ready to perform work on automation and dispatching of engineering systems for your facility. At the same time, we both design and implement intelligent solutions for objects of various purposes: residential and office buildings, cafes and restaurants, shops and supermarkets, public and administrative buildings.
In addition, IS Ecolife performs one-time and periodic maintenance of automation and dispatching systems, as well as their current repair and, if necessary, diagnostics and troubleshooting.
You can call us, order a call or leave a request.
Our manager will contact you and answer all your questions.
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Boiler automation and boiler room |
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Automation and dispatching of engineering systems
Once building and literally forgetting about the existence of engineering systems allows automation and dispatching. Without automation, any of the subsystems would carry more problems than comfort, since it would require constant and careful attention to its work.
Has the correct temperature been reached? Will the water freeze in the heater? Is the tank full? Will the air heater burn out? Is there a water flow? Is the pressure normal? Is there tension? What sensor worked? And this is not a complete list of questions that the automation and dispatching system provides answers to.
The complexity and cost of such systems depends on the level of their intelligence and the number of functions performed. However, any automation system must perform basic functions, which, for example, ventilation and air conditioning systems, are the following:
Control and management of the operation of units that are part of the equipment of ventilation and air conditioning systems,
- control valves and dampers,
- Safety assurance: blocking the heater in the absence of air movement, frost protection of the water heater,
- Protection of equipment from overheating, short circuit, incorrect connection,
- Indication of the state of the operating equipment,
- Performance regulation,
- Centralized temperature control in all rooms,
- Implementation of a temporary control algorithm (daily/seasonal/annual) without the intervention of maintenance personnel.
In addition, automation is mandatory for heating systems, is very popular in electric lighting systems, and can also be introduced into the power supply system, security, etc.
Automation and dispatching are numbers 1 and 2 in the list of design principles and arrangements of modern engineering systems. On the one hand, technology strives to ensure that networks work with minimal human involvement - as they say, build, run and forget. On the other hand, the customer sets the task of ensuring the most reliable control of the processes occurring in the network throughout its entire length.
In the event of a change in the system parameters and various emergency situations, a signal about this should immediately go to the control center, where automation or a human operator will make an operational decision. So, when the pressure drops in the water supply, the automation should immediately turn off the emergency section. If there is a threat of melting the heating element, turn off the incoming voltage or reduce the current.
In addition, commands should be sent as quickly as possible from the control center to change the parameters of individual sections of networks or the entire network in case of changes in external conditions. For example, when the air temperature in a heated house decreases, the power of the boiler automatically increases. If the input voltage drops in the external electrical network, stabilizers, uninterruptible power supplies, and, if necessary, an autonomous generator or other backup line come into operation.
Automated management of building engineering systems is carried out on the basis of industrial controllers. The main advantage of controllers is their functionality and uniformity, that is, the same controller can control any engineering system.
Depending on the connection of the required sensors to any engineering system, the engineer selects a controller that is suitable for the number of digital and analog inputs and outputs.
After completing all the work on the selection of controllers, sensors, other necessary elements, laying communication lines, the programmer proceeds to visualize and program processes directly on the computer. Programming and visualization of processes are carried out in the so-called SCADA system, which is represented by various computer programs depending on the manufacturer of the equipment and data interface.
Examples of automation of domestic and industrial systems
Ecolife Engineering Systems Company has significant experience in designing, installing, commissioning and maintaining engineering systems of any complexity, length and localization. We work with a wide variety of environments:
Water (automation of water supply, heat supply and heating systems);
- air and gas-air mixtures (automation of ventilation and air conditioning systems);
- various industrial fluids and liquid fuels;
- intangible objects - electricity, light, radio waves.
Our engineers and installers perform professional installation and adjustment of auxiliary automated systems - fire extinguishing, security and fire alarms, remote access control, internal and facade lighting.
In all cases, the emphasis is on the maximum autonomy of the systems. For automatic lighting control timers are used that are configured taking into account the calendar duration of day and night, photocells that record the natural illumination of a room or area, motion sensors that are configured to move objects of a given mass and dimensions.
The control of the perimeter or internal volume is carried out by electromagnetic sensors that record the crossing of a conditional border or movement within it.
A fire signal is given by devices that analyze the state of the atmosphere and the ambient temperature. The smoke analyzer, having caught particles or molecules of combustion products in the surrounding space, simultaneously sends a signal to the central control room and activates local means of fighting fire. The automation also reacts in the event of a sharp increase in the temperature of the air or surrounding objects.
As we have already indicated above, automation is needed not only for emergency response in the event of a fire, a flood, or intruders entering an object, but also for resolving quite regular situations associated with a change in the degree of load on the network. For example, in industrial production, working in one or two shifts automation of power supply systems will allow, without human intervention, to increase the power supply of the facility every morning, and to reduce it every evening. Our specialists will quickly and professionally install the necessary equipment that will help optimize energy consumption and reduce current payments to resource supplying organizations.
Building and network management systems
The larger the object on which automated engineering systems are mounted, the more important is the role of their dispatching - that is, remote control and management of engineering systems and notification of all processes occurring in the system. In a large building or structure, where pipes, air ducts, power cables and SCS are tens and hundreds of kilometers long, and the availability of many nodes and sections is very difficult for technical and structural reasons, the availability of a workable end-to-end monitoring system comes to the fore.
Dispatching concerns two main parameters - the state of the environments moving through the engineering systems and the state of the engineering systems themselves.
Temperature, pressure, density, viscosity, direction and speed sensors, and chemical analyzers are used to measure the parameters of the network content. System state sensors react to the appearance of cracks, ruptures, corrosion, mechanical damage to valves and connecting elements, blockages, salt or oxide deposits on pipe walls, and other negative changes that can affect the efficient operation of the engineering structure and jeopardize the safety of the facility. In the case of power supply systems, measuring equipment records the current voltage and current, an abnormal increase in resistance in certain sections of the network, which leads to increased power consumption and overheating of cables, which in turn can cause a short circuit or fire. If we are talking about production with several sections that consume a large amount of industrial current, then competent dispatching of the system will allow rational distribution of loads, thus saving electricity and preventing excessive load on one line in comparison with others.
Automation of ventilation and air conditioning systems
Ventilation in modern buildings is represented by a supply and exhaust ventilation system with heat recovery in winter. This system provides for the installation of a number of sensors: a temperature sensor for the incoming outdoor air, a temperature sensor for the air leaving the atmosphere, a temperature sensor for the air heater discharge pipe, a temperature sensor for the outgoing air stream from the building, a room temperature sensor, a pressure and air velocity sensor in the air duct. It is also necessary to control the mode of operation of the supply (supply) and exhaust fans, the state of the heat exchanger, clogging of air duct filters and other parameters. For control and operational regulation of all these parameters of the system, automated control systems based on industrial controllers are used.
In commercial buildings (shopping, entertainment centers, restaurants, airports, etc.) there is a need for centralized control of split systems or a combination of systems with a chiller-fan coil. Management can be carried out on the basis of an industrial controller with a supervisory control system.
dispatching and automation of ventilation and air conditioning systems in a large office center will also save the cost of operating systems by taking into account such factors as temperature and humidity in the room and outside the window, the number of people working in the premises, and the insolation of the building. A modern automatic climate control program can save up to 50% of electricity compared to a typical situation when all air conditioners in a building turn on at full capacity in summer. In addition to financial benefits, optimization in terms of climate will help to avoid personnel losses - after all, it is well known that the uncontrolled operation of air conditioners and climate systems is the main cause of colds in the summer.
The engineers of our company will perform the necessary calculations of the ventilation and air conditioning system, install automation equipment and, together with the company's programmers, will set up the system in the shortest possible time.
Automation of alarm systems
Competent alarm system dispatching- a guarantee of the safety of any object. ECOLIFE professionals are ready to perform complex installation of security systems of any level of complexity. We work with perimeter alarms, protection of the internal space of open areas and enclosed spaces, protection of specific objects intended for the storage of inventory items or playing another important role (safes, vaults, pantries, archives, weapons rooms, control and communication points, etc.). d.).
Reliable scheduling is the most important when installing perimeter security systems, which can be tens of kilometers long. More than ten types of alarms have been invented in the world, but they all operate on the same principle: as a result of an attempt to penetrate the perimeter (or even when approaching a conditional line), a certain electrical circuit opens (or vice versa closes), as a result of which an alarm signal is sent to the control room . In modern security systems, penetration can also cause other forms of reaction - the inclusion of emergency lighting, video recording and photo fixation systems, warning sirens, blocking exits, etc. Turning to the specialists of the ECOLIFE Group for help, you can make your facility practically invulnerable to all forms of ill-wishers and intruders.
Automation of heating and heat supply systems. Boiler house dispatching
Our interests extend not only to large industrial facilities that provide large volumes of design, installation, commissioning and service work. With the same responsibility, we are ready to perform automation and dispatching of engineering systems at low-rise construction sites.
Many owners of cottages and dachas strive to equip their homes with the latest technology, without initially thinking about the cost of operating systems. Meanwhile, our experience shows that the correct placement and configuration of networks will make their operation not only convenient, but also cost-effective.
In a small country house, this applies primarily dispatching of a boiler house and a heat substation, which will allow you to effectively spend natural gas or other fuels and maintain an optimal energy balance at home using an autonomous heating system.
IS Ecolife specializes in the automation of all types of heating of residential buildings and other premises.
Temperature sensors are used to automate the process of space heating. At the request of the client, a choice of temperature control method is made, taking into account the optimality criterion. To set the necessary parameters of the system operation, control panels are used, which, together with sensors and servo drives, are connected to the controller.
Optimization of heat in residential buildings has been a trend in developed countries for a decade and a half. Gradually, it begins to gain popularity in Russia, although our climatic conditions are objectively more difficult than in Europe, where the philosophy of internal energy efficiency was originally born. It is curious that in English such a house is called a passive house.
In Russia, with its sharply continental climate, it is hardly possible to do without heating and build a completely “passive house”. But by setting up a competent accounting of heat consumption, using effective insulating materials and controlled heating systems, it is possible to minimize fuel consumption, and hence material costs and harm to the environment.
Boiler room dispatching with the help of IS ECOLIFE specialists - the most important part of the device for autonomous heat supply at home. Often, boilers are installed directly in basements and plinths, however, from the point of view of fire safety and environmental protection, it is better to do this in a separate building. Heat losses during the supply of hot water from the boiler house to the house with high-quality insulation are insignificant.
Having established remote control over the operation of the boiler house, the owner of the house can directly control fuel consumption, steam pressure in the heat exchanger, water temperature in the circuits, the percentage of combustion of the mixture and other parameters directly from the office. Information comes both from a variety of sensors and visually, using video cameras. Broadcasting of telemetry information can go by wire and wireless communication channels (bluetooth, Wi-Fi, radio). Dispatching can also be organized at remote sites, controlling, for example, the operation of the boiler house of a country house from a city apartment, office, or simply from a mobile phone, being on the other side of the globe. Modern mobile and information technologies provide unlimited opportunities for organizing both control room at the facility, and a virtual control room on the World Wide Web.
Five advantages of working with IS ECOLIFE
By ordering automation and dispatching services for engineering systems from ECOLIFE, you can safely count on the following competitive advantages:
- The highest professionalism and many years of experience of our specialists, always focused on results and accustomed to unconventional ways to solve the most complex technical problems.
- Equipment with innovative equipment, modern tools, materials of the latest generation.
- Focus on digital technologies and achievements of the global IT industry.
- Rationality and the ability to adapt to any situation. If we see that the good old relay can successfully replace the expensive electronic control module of the heat exchange system at the current stage, we will never insist on excessive spending and will offer our client all options for completing the system. The well-being of our customers is ultimately our well-being.
- A universal approach to the design, implementation and implementation of projects. Our specialists are ready to carry out equally high-quality automation project for a small cottage, and dispatching of heat points apartment building, and complex automation of engineering networks of a shopping center or industrial building. The amount of work never frightens us, on the contrary, they serve as an incentive for our specialists to reveal all the facets of their knowledge and talents.