Save up to 25% on your electricity bill
While Helping To Save The Enrivonment.
Green On Technologies has an apparatus and methodology for determining, to an exact science, the amount of capacitance that is needed to optimize inductive motors to unity for maximum savings.
Green On Technologies fine-tunes the electrical system from the inductive equipment back through the utility company's KVA electric meter, kilowatt hour meter (kWh) or demand meter. This fine tuning slows down the operation and therefore reduces electrical consumption.
The capacitor stores the reactive power to create the electromagnetic field (EMF) around the inductive windings of a motor.
As motors operate, reactive power is "pulled" and "pushed" to and from the capacitor by the motor at 60 cycles/seconds.
The capacitor stores and releases what the motors need to function more efficiently.
This unique approach serves to reduce the heat generated on the lines and therefore also reduces the strain placed on all the electrical components.
Electricity, that would be pushed back through the power distribution lines, is reclaimed and recycled by the capacitor.
The capacitor reclaims, stores, recycles and supplies power to all inductive loads.
Features:
- Achieves 95% efficiency rating, resulting in measurable, guaranteed energy savings.
- Dashboards allow users to check on kW, amps, temp, etc. in real time increments – and confirm the cost savings they are realizing
- Monitors and reports on energy usage and savings in real time
- Stores 1 year of data for auditing
- Minimum savings/month on electric bills
- ROI typically 12-24 months
- UL Approved
- Manufactured in MHT’s ISO 9001 certified factory
- Automatic capacitance switching
- Saves money on power consumption, avoids over-stressing equipment
- Software-driven, proactive real-time monitoring and reporting
- User-definable, detailed dashboard displays provide at-a-glance assessment of KW, Amps, KVAR, THD & PF
- Confirms lower energy usage to enable guaranteed savings
- Preemptive real-time, on-screen problem alerts on critical conditions
- Flexible, customizable configurations for every application
- From 208V to 480V systems
- Compatible with subpanels of any size
- Cleans power, suppresses surges and monitors electrical usage for any inductive application
- Reduces high demand kW on inductive motor loads (elevators, HVAC, escalators, machinery, etc.)
- Preemptive problem alerts on critical conditions
- CFOs saves operating expense
- Eligibility for utility rebates (e.g., Con Edison/Lockheed Martin in NYC Markets)
- Enhances property value through improved electrical efficiency
- Plant mangers gain efficiency, reduced production downtime
- Extends useful life of equipment, reducing cap ex & maintenance costs
- Helps architects, design engineers achieve LEED certification
- Brings electrical efficiency to 95% or greater
- Reduces demand charges by up to 60% — proactively
- Limits harmonic distortion
- Custom tailored to guarantee savings for every customer
ROI Example
Restaurant has $15,000/mo electric bill. SP1000 units installed at $32,400. With guarantee of 12% savings, ROI is 18 months (savings of $1,800/mo @12%).
- Estimated savings example: Everyday at 9am, facility hits a peak demand of 100 kw (total 20x Mon.-Fri.). Next highest demand was 48 kw (total 200x Mon-Fri.)
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Savings Approach
Determine what is being done at 9am each workday.
Correction:
Off peak time occurs before 6:59 am, so place a control on the 3 HVAC units for staged turn on: first starts at 6am, second at 6:20 and third at 6:40am.
The on-peak charge is $32 per kw; off peak charge is $12 per kw. If all A/Cs turn on at once during on-peak, result is 100 kw @ $32 = $3200. With staged power-on during off peak, result is 48kw @ $12: $576. Savings total $2,624.
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