Significant of Railway Monitoring System

Railway monitoring is done either at the time of initial design & construction procedure or to support in the ongoing maintenance tasks. Surveyors support engineers in the planning of optimal railway routes, and also govern optimal grades, slopes, & curves in different sections of the railway route.

The Railway monitoring is an important step before any kind of drawings can be done of the potential railway ways. It is essential to realize the geographic restrictions & the layout of the part before trying to determine the ideal route. In a perfect world, the railway line would go in a straight line from beginning to end, with no alterations in slope &no turns, as this would be the smallest distance. If it was possible, an examiner may not be required. Yet, in the real scenario there are geographic hurdles that nearly make this difficult.

Railway Monitoring System

As the Railway monitoring surveyor decides the optimum railway route, there are some restrictions which should be kept in mind. Firstly, the railway line should climb not more than 2 mt in altitude for each 100 meters journeyed. When it moves towards curve, gentle curves are optimum, though close-fitting curves might be possible or even perfect in some areas. Thus railway monitoring system is a necessary process which needs to be done at the planning stage.

The Importance of Railway Monitoring System

Railway Monitoring System are introduced in almost nations and Train administrators, framework directors and maintainers like the essentials if these systems and the assistance in the middle of vehicle and track. In the event that the nature of the interface is sub-ideal this will have a real effect on expenses, exhibitions, traveler solace and the line picture.

Railway Monitoring System

With the railway monitoring system throughout every train entry the vehicle type is consequently recognized focused around hub separations. Moreover, RFID engineering might be utilized to distinguish singular vehicles and vehicle numbers. The consequences of the nearby information handling are consequently sent to a focal server together with the vehicle sort/number. The state-of-the-craftsmanship correspondence choices are utilized so the framework might be tuned focused around the department’s requirements.

Profits of the railway monitoring system are plenty. It empowers foundation supervisors and train administrators to actualize practical answers for an enhanced stake administration. Customers have safety and security during travel. The tracks itself are more secure. It also means cost-effective operation and lessening of life cycle cost. Higher accessibility of fleet of trains and track and also lessened environmental damage and all this make railway monitoring system  important and necessary everywhere.

Slope Monitoring Systems – Advantage Geotechnlogists

Slope monitoring is used for monitoring the movement in unstable slopes. It is used for applications like landslide monitoring and natural slope monitoring also. It is also used for monitoring the railway line cuttings that are subject to rock falls as well as the roads. For monitoring the periodic stability of open pit mines and unstable high walls also, slope monitoring is used. Slope monitoring also plays an important role in various areas of geotechnology and structures like mines, dams as well as radars.

Slope Monitoring

Slope Monitoring for Mines and Dams – The slope monitoring systems are fully automated and make use of slope monitoring equipments like slope stability radar. There are hundreds of workers that work in the mines and the safety of these workers is the responsibility of the mining authorities. In mines many a times there are chances of casualties’ dues to rockfalls and failures. Sometimes, these failures cause damage to the mining equipments also which could be costly again. The slope monitoring systems can be used in smoke, dust and heavy rains and do not involve reflector mounting also. As far as dams are concerned, the slope monitoring systems measure the machine status, power generated and the dam parameters related to it. They come with danger alarm systems, realtime user interfaces as well as remote monitoring facility.

Dam Monitoring Systems – A Review

Dams are mega structures for storing water and generating electricity. The safety of these systems is of utmost importance and hence, continuous monitoring of these structures is required. The dam monitoring systems are fully equipped with alarm capabilities at the time of danger as well as real time user interfaces for remote monitoring almost real-time. They are used for monitoring the soil movement, the flow and turbidity, for measuring water pressure, strain, vibration, overburden, machine status, generated power and many such parameters.

Dam Monitoring System

The dam monitoring systems are available in standard as well as customized format depending upon the requirement. There are these extremely basic data loggers and systems with just a few channels to systems which have the capability to measure over 100 channels. These systems help to monitor the dam condition from remote places as they are automated and in case of any safety hazards, send instant alerts to the management so that immediate safety steps are taken. The use of these systems helps engineers save their time and prevent dangerous conditions. These systems are highly useful because they provide information in real-time about stability of the dam and structural damage if any so that immediate action is taken. There are systems which also adapt themselves to existing sensors of monitoring systems in place.

How Monitoring Buildings May Help Save Money

Building Monitoring System

Raising a structure is itself a huge expense after which even more costs crop up such as taxes and power supply bills. While cutting on taxes is not our forte, an idea for saving on the electricity bills may be discussed. Buildings such as schools, campuses and nearly every building may be monitored for the working of their electronic appliances with the help of energy monitoring systems.

These systems are web based technology that effectively exploits the most obvious fact of the internet – remote monitoring. As part of the technology, premises may also initiate a chiller plant optimization by a combination of advanced engineering technology and energy verification technology. The whole arrangement provides for switching from peak to off-peak and vice-versa modes of operation for the air conditioners. This approach has thereby helped save huge sums of money for some of the campuses. Here’s how:

1. Cooling of interiors consumes around 8% of total energy cost. By adopting this approach, 30% of energy cost may be saved.
2. Enhanced cooling, ventilation and heating coupled with efficient energy monitoring devices means an increase of around 40% in financial savings.

It also does environment a favor by reducing emission of greenhouse gas.