Naac Energy Controls Private Limited

The M4000 series brings revolution to your power. It stores all information all the time. The waveform of every cycle is continuously stored in onboard memory for more than a year at high accuracy, allowing no gaps in data recording. In addition, a unique time synchronization algorithm assures that data from multiple locations is synchronized and displayed on the same time scale. The result is that every anomaly can be accurately analyzed and its source can be pinpointed definitively. Since all data is stored continuously and accurately over a long period of time, the M4000 is much more than an analysis device, but rather a ful-fledged power quality data center.

The distinguishing feature of warp net is that it is fast and easy to use. This immediately becomes evident during the first DUCATI network setup procedure.

Network setup in only 4 steps

• DLC configuration
  
  
• Search for connected instruments
  
  
• Division into groups
  
  
• Selection of the measurements to be recorded

In the case of the perfectly sinusoidal waveform (as should characterize the voltage supplied by the utility) only the fundamental harmonic of the first order will be present, which in India has a frequency of 50 Hz.

If a sinusoidal voltage is applied to a load, the circulating current will also have a sinusoidal waveform only in the presence of loads with “linear characteristics”.

In the presence of a “non-linear” load the current waveform will deviate from the ideal pattern and breaking down the wave according to the Fourier theorem will show evidence of harmonics whose number and amplitude will increase with the degree of distortion in the current waveform.

PQZIP Data Logging
PQZIP is a unique patent pending technology that was designed to defeat the biggest challenge in power quality assessment - choosing the right data parameters to measure. PQZIP takes the headaches away - ALL power quality related data, regardless of its severity, can be stored for any period of time. PQZIP technology forever changes the way power quality history is stored, and provides the following performance advantages:

• EVERYTHING you want to see is stores, meaning no more data compromises for recording speed
  
  
• Years of data for every network cycle is recoverable with no data gaps
  
  
• Thresholds and triggers are no longer needed, so you miss no events
  
  
• All data parameters are recorded, so there is no need to select measurement parameters
  
  
• Comprehensive power quality reporting and statistics for data analysis and report generation
  
  
• True EN-50160 monitoring and analysis
  
  
• Multipoint time-synchronized recording provides a true snap-shot for any period of time.

NAAC P.F. compensator series the power range goes from 12.5 kvar to 100 kvar. They are designed for small to medium load networks. They are highly reliable, cost effective solution for maintaining high network power factor.

They are ultimate solution for compensation of unbalanced loads. The compensation is released by measuring the reactive power of the system, through 3 CTs from all 3 phases. This makes it best suited even for most unbalanced loads apart from balanced loads.

They come equipped with following outstanding features:

• Incomer TP MCCB 35kA
  
  
• Micro processor based Neptune Phase trac range of 3 phase P.F. Controller
  
  
• Inbuilt 3 phase Analyzer
  
  
• Compact wall mounting series with zinc passivated side clamps
  
  
• Front louvers with Axial Flow Fan & Thermostat
  
  
• Heavy Duty specially designed neptune capacitor duty contactors with high thermal current withstand capacity.
  
  
• MCBs for control circuit protection
  
  
• HRC Fuse or MCB (Series-D) for backup protection of capacitor banks.
  
  
• High electrolytic grade aluminum bus bar installed on SMC TP supports.
  
  
• Discharge resistors (MOR)
  
  
• Standard 1 Year warranty with NSL-10 Capacitor or 3 Year warranty with Long Life LL-10 Mono16 Capacitors.
  
  
• Powder Coated- RAL 7035, Structure Finish

NAAC ENERGY CONTROLS offers specialized services in the field of Electrical Network studies and Power Quality Management.

We offer M4K Power Quality Data Center for Power Quality Data warehousing services with PQ ZIP technology and PQSCADA. It is the most advanced Power Quality Management system in the World.


The objectives of our services can be different as per each customer specific requirements.

NAAC has vast experience and in the field. It has done more than 700 studies in last few years and offered successful solutions to many customers all over India.

Many Industrial and Commercial users from small, medium to large scale have gained immensely in terms of energy saving & improved efficiency of Network with recommendation and solutions offered by us.

Normal Energy Management and SCADA systems record all the data and trends. Still in most of the cases , incase of any anomalies occurring in the network , there is no clue to the reason of the same .

The main objective of power quality troubleshooting engineers is to identify the source of an event or potential failure and determine the required corrective action. When performing trouble shooting procedures, there is always a lack of information: data between events, that occurred below pre-set threshold, data from other locations and other unrecorded parameters. The lacking information is due to the traditional logging concept of long periods and short events. As a result , in most cases it is only possible to monitor the event without identifying its source . More importantly, it is virtually impossible to determine what needs to be done to prevent reoccurrence of the problem
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NAAC offers Power Quality Data Center warehousing services with advanced M4K, PQ ZIP and PQ SCADA technology. The services and all the power quality information can be accessed directly by the consumer also on continuous basis through WEB.

The M4K system stores all the information at all times with sampling rate of 1024 samples per cycles each channel. The waveform of every cycle is continuously stored in onboard memory for more than a year at high accuracy, allowing no gaps in data recording. The result is every anomaly can accurately analyze and its source can be pinpointed definitively.

Purpose of Power Quality Analysis in the Network is to find out:

• Any operational problem in the network like tripping of switchgears, burning of Electronic Components or any other anomaly suspected to because of poor power quality conditions
  
  

• Identifying the reason for operational problems due to Power quality.
  
  

• Possible Solutions to rectify the problem with their cost analysis.