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iSaver DPFC is fully automatic and based on the load requirement improves the power factor in real time to near unity
value which will result in a justified Return on Investment (ROI). In addition, it enables release of wasted capacity of
installed switchgear, voltage fluctuations due to high kVA draw, lowers heating of switchgear, transformers and local
network. iSaver technology also compliments environmental sustainability by improving higher efficiency.
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ubject to customer tariff structure
Features
• The iSaver uses a fully automatic Encorp Dynamic Controller (Microcontroller based Reactive Power regulator)
for accurate 4 Quadrant measurements that enable precise efficiency enhancement.
• Software based logic driven for efficient selection of required compensation for fast and efficient operation.
• Control is real time, dynamic and follows the load fluctuations without any delay.
• Constant check and display of parameters on display panel. Display of key parameters like Voltage, Current,
kVA, PF enables end users, to utilize installed switchgear with higher efficiency.
• Self-diagnostic feature enables on-line equipment performance verification which is extremely useful for
installation and maintenance.
• Built in a strong Floor mounted, powder coated finish to RAL 7035 with lockable secure enclosure.
• Equipment and components used are of high quality with conservative design parameters to increase longevity
of equipment.
• The internal design is fully accessible and inspection/checks and any routine maintenance are logical and easy.
• Extremely easy to install with its own multi-indicator & practically no maintenance requirement. The Power
and Energy meter enable monitoring of actual consumption and other parameters.
• Short circuit and over load protection provided through MCB or MCCB.
• Over temperature protection is provided by shutting downing the Encorp Dynamic Switching manual (EDS) to
provide complete safety.
• iSaver cooling and ventilation system is operated automatically only when required minimizing the units power
consumption and power foot print.
• The modular design can be adapted for custom applications 150kVAr to 650kVAr
• High Voltage Surge protection provided (as option).
• Remote web based on-line performance monitoring option also available.
Benefits
• Total Power Bill* is reduced based on the site operating conditions
• Demand Charge and Power Factor related charges (Penalty, additional charges imposed by utility for low
efficiency etc.) are significantly reduced.
• Wastage and switchgear overburden caused by low efficiency and harmonics causing heating losses are
substantially reduced.
• Load utilization capability of the facility is improved. Release of installed capacity can be as much as 25-35% and
helps avoid costly upgrades.
• Carbon foot print is reduced contributing to improved environmental sustainability.
• Reduces total connected total power (kVA) requirement from utility. This results in cost avoidance for
upgrades and availability of additional power is almost instantaneous.
