- SYSCO ICT Technologies Pvt. Limited
- info@syscoict.com
- +91 88796 15377
provides its customers with solutions and technologies for dealing with the most complex problems in High Performance .
global provider of world-class IT support and up your existing IT resources to focus on core business needs.
To provide the best customer support to our valued customers, we offer 24/7 support! You are always welcome to call our offices .
Power Quality and Reliability is the key to the successful delivery of quality product and uninterrupted operation of industry, be it conventional or service sector. It is now even more critical to the industry, pursuing Energy Efficiency (EE) because of the increasing application of electronic loads and digital controllers which are sensitive to the quality of power supplied. These can have serious economic consequences and cost business millions of rupees each year in revenue loss, process improvements, opportunity loss, equipment failure, electrical hazards like fire and scrapped product. Any such incident reflects adversely in specific energy consumption (SEC) by an industry.
The world has changed. We are no more in pure sine wave era controlled by linear loads; rather we are almost fully controlled by non-linear loads. In the world of power electronics, bad power quality phenomenon can cause malfunctioning of sophisticated equipment.
Disturbances which are likely to disturb the correct operation of industrial equipment and processes is generally ranked in various classes relating to conducted and radiated disturbance
It is not generally necessary to measure each type of disturbance. The types can be placed in four categories, affecting the magnitude, waveform, frequency and symmetry of the voltage. Several of these characteristics may be modified simultaneously by any one type of disturbance. Disturbances can also be classified according to their permanent, semi-permanent or random nature (lightning, short-circuit, switching operations, etc.).
General:
The Power Quality Audit (PQA), is a service offered by our expert engineers that checks the reliability, efficiency and safety of an organisation’s electrical system.
It verifies the following aspects:
• The continuity of the power supply: i.e., that the power in the network is available on a regular basis and is able to ensure the efficient operation of the equipment
• The quality of the voltage: i.e., that there are no low or high frequency disturbances in the network capable of damaging the system components.
The PQA uses network analyzers, instruments specially designed to detect faults and deteriorations and record parameters and information that may be of use in locating the causes of disturbances. The data is collected and analyzed by our engineers, who can then diagnose the problems and suggest the most appropriate solutions.
What does the ‘quality’ of power mean?
A quality electrical power supply must be available at all times, always within the frequency and magnitude tolerance limits, and always with a perfectly sinusoidal waveform.
A reliable, efficient and safe power supply is essential for guaranteeing productivity and precision in any organisation. Business and industrial organisations, public authorities, hospitals and laboratories and banking and finance groups are relying more and more on computerised and electronic equipment for their daily work activities. These important electrical loads are subject to a range of disturbances that adversely affect the quality of the power supply and the reliability of the electrical system.
Harmonic-distortion
Most distortion is attributable to the third harmonic, typical of IT equipment
Imbalance on three-phase load
Imbalances are typical in organization’s that keep adding new loads to systems
Voltage dips/drop and flicker
Transitory currents constitute almost 90 % of electrical disturbances
Reduction of power factor
Sometimes, the cost of remedying the reduced power factor problem is much less than the payment of a penalty charge
Transitory current_over voltage
Transitory currents are harder to detect without a specific
Ignoring the symptoms of possible disturbances in the electrical system could lead to damaged equipment, consequently reducing its working efficiency and shortening the life span. The resulting break in critical processes (i.e. machine downtime) could lead to a loss of earnings that could far outweigh the mere cost of the actual operation. In addition, there is also the likely risk of having to bear increased energy costs and pay penalty charges in electricity bills, with the possibility of legal disputes with energy providers.
The quality of the energy can be improved by taking action on 3 levels:
1. User’s electrical system
2. Equipment connected to system
3. Main Grid Supply
If the problem is in the electrical system, the PQA could advise the user to install active or passive filters, harmonic compensators, emergency generators or UPS systems, or to intervene directly on the system structure (transformers, new distribution lines, etc.).
Although the advance of technology has led to the introduction of standards that tend to reduce the creation of disturbances and make equipment less disturbance-prone, problems can however arise with the mismatching of non-homogeneous equipment in the same system. The PQA makes it possible to find the right arrangement within the system. If the problem lies in the source, or electricity mains, the PQA may encourage the customer to contact the provider in order to improve the supply contract parameters.
The PQA final report provides a complete picture of the electrical system’s correct state of operation. The report is a tool of primary importance for preventive maintenance, in that it lists all the measures to be taken promptly when disturbances are detected, before the negative impact on production and the running of the equipment is felt.
Structured cabling is the basic foundation on which all other network equipment depends. Now more than ever before, critical business communications, operations, and processes depend on effective transport over a structured network and cable infrastructure.
You can trust NTIPL to implement a structured cabling system with extensive testing to ensure maximum performance when plugging in your network equipment. Infrastructure that is poorly designed, installed or maintained can hinder productivity and business operation. Our certified technicians offer design, installation, maintenance, and optimization of structured cabling systems comprised of copper cable and fiber optic cable, for delivery of voice, and data services. Cable infrastructure has the longest lifecycle and lowest cost of any network components. Ensure your structured cabling system is done the right way with NTIPL.
Our different types of cabling infrastructure offered include
Shielded and unshielded low voltage cabling copper solutions provide the ultimate performance and reliability for today and tomorrow’s copper infrastructure requirements. Our Cat 5e, Cat 6, Cat 6a solutions are designed to “future proof” your environment to the greatest extent possible.
We also offer low voltage cabling fibre optics in a single mode, multi-mode, and laser optimized varieties that complement the deployment of optical solutions deeper into the network, delivering future-proof infrastructure. Our fibre optic services include design, engineering, installation, termination, and testing.
Organizations that have various branches situated at different countries and cities of the world, or companies with numerous departments with a huge number of employees, require a proper and efficient networking system that connects to all their computers, faxes, printers, scanners etc. If the networking system is not properly installed it can create havoc in the organization. But with well-organized structured cabling system, all this has become very simple. To make the organization’s networking system smooth and long-lasting for years, companies install unique, quality high-speed cable.
In this era of advanced technology, structured cabling is perhaps the best and most cost-effective solution to a great and efficient networking system.
Nowadays mostly all business firms’ works seriously on the installation of advanced ethernet network cable, phone wiring, premise wiring for secure and uninterrupted flow of data and information. We have a dedicated group of engineers who look after the type of cable best suited for the infrastructure and then plan and design networking cabling solutions to meet the specific business needs.
Today, the structured cabling system is the foremost priority of all types of business enterprises. Companies follow important guidelines before installing network cabling structure like:
• Fibre cable, Multi-mode and Single mode for smooth long-distance data transfer that is interference free
• Ethernet network cable for office buildings, call centres, data centres, warehouses and small offices
We offer unique and flexible structured cabling solution that is adjustable to frequent relocations, any kind of changes in networking or infrastructure without any workflow disruptions. The efficient network system speeds up data transfer immensely and reduces costs to a large extent.
Whether it is a pre-occupied office or an empty place, whether a large construction site or a high-rise building; whatever the situation or wherever the location; the advance and superior cabling networking system is the only answer for speedy and continuous data flow.
Your conversations, you’re important data, and your online interactions & transaction are all secured – Whether inside or outside office premises. Our solutions offering follows… • Firewall & Unified Threat Management
• Web and email security
• End Point Protection
• Intrusion Prevention
• Disk Level Encryption
• Network Access control
• Remote Workforce Security
According to the definition an energy audit is a systematic analysis of energy use and energy consumption within a defined energy audit scope, in order to identify, quantify and report on the opportunities for improved energy performance.
Therefore, an energy audit is an energy assessment. This evaluation analyses energy flows in a building, process or system to reduce the amount of energy input into the system whilst maintaining or improving human comfort, health and safety. The level of detail of this evaluation determines the type of audit.
The audit of energy consumption is a specialized process. It takes thorough knowledge and expertise in multiple fields to estimate design, commission and performance monitor projects for energy conservation. And our energy saving efforts do not end there. We have an expert team of Mechanical, Chemical and Instrumentation Engineers who not only conduct the audit survey but also train end users in key energy oriented functional areas such that energy is utilized most efficiently. Efforts are targeted to reflect savings of fuel and electricity in the actual energy bill. The systems we provide live up to standards of operation accepted worldwide and our training programme’s are intended to help our clients to improve the quality of operations such that wastage are almost totally eliminated.
Basically there are three types of energy audit:
• Walk-Through Audit (WTA): as the name suggests, this audit consists of a walk-through inspection of a facility to identify maintenance, operational or deficient equipment issues and also to identify areas that need further evaluation.
• Energy Diagnosis: this audit includes performing economic calculations and may include using some metering devices to identify actual energy consumption and losses.
• Investment Grade Audit (IGA): this audit is a detailed account of energy use, including a quantitative study of the implementation with detailed investments and operational and maintenance costs and an analysis of the investment model.
When network or optical cables are installed in a building or cabinet, the task of fitting cables into an organized bundle is called ‘cable dressing’. This dressed bundle is called a ‘loom’. A dressed loom of cables is typically a bundle of cables with the outermost cables – that is, the visible cables made to look neat and organized with cable lengths running parallel to one another.
Cables in close proximity to each other, especially those oriented in parallel or in loops, can create electromagnetic interference (EMI) through induction. EMI can result in erratic or error-prone data transfers. To minimize the effects of EMI, power cables should be segregated from data cables. It is important to arrange and secure excess power and data cabling separately.