Frequently Asked Questions About BPU™ system
The BPU™ improves the poor power quality caused by harmonics, unbalanced phases, surges, and poor power factor and stores this wasted energy in the iterative transformer controller. The iterative transformer is able to capture and store and then recharge the capacitors that become the least resistive circuit. Thus, the loads will draw from the BPU™ first and then from the utility meter thereby reducing the kilowatts consumed. The patented electromagnetic theory practiced in the BPU™ iterative transformer provides for the storage and recharging of the capacitors.
Every other power conditioning filter on the market throws electrical noise away. That noise is power that you have already paid for but cannot use. Electrical noise is caused by computers, televisions, cell phone chargers, LED bulbs, switching power supplies and variable speed drives. What makes our technology unique, is the ability of our electromagnetic reactor to filter out all of the electrical noise , correct the distortion and supply it back to the building as useful power so there is no waste.
No. The BPU™ provides both power factor correction and kWh/demand reduction. The design balance that Basic Power reached provides power factor correction but not to the detriment of demand reduction.
See attached specification sheet. One or more BPU™s can be installed on a single panel board, and/or sub-panel(s) and/or equipment. The key is to analyze the facility and that is why we use a Dranetz power meter to gather the important metrics. The data you have provided to us for review contains the relevant metrics. Then a site survey needs to be taken to better understand the operation of the facility such as type of equipment, lighting, duty cycles, tie-breaker or not, etc. See attached spec sheet. Based on this information, we can determine the appropriate number and sizes of BPU™s needed to do the job and where they need to be installed. That is why we like to look at data and talk with the facility electrician and/or engineer to better understand what consumes the power in the facility, or the specific type of issues the facility or equipment may have. Our objective is to solve the customers’ problems whether it is high-energy costs, voltage surges and sags, or something else.
Limited to 480 volt circuits at this point although research has been done higher voltage circuits up to 1,400V.
The specification sheet shows the design values. The high level analysis involves gathering the following data: (1) voltage, (2) estimated kWh per month, (3) range of running amps, and (4) power factor.
The BPU™ will clean up the noise from the rectifier/reactor creating the DC.
No. Our units do represent an electrical load but as the BPU™s magnetic core acts like a generator that load is not registered at the utility meter or on a power quality analyzer. We love showing this surprising effect during our installation.BPU Does Not Use Power - The Impossible
In an unbalanced situation, Basic Power has seen the BPU™ balance up to 20 volts.
Voltage and current on the secondary side.
Yes, the BPU™ will clean up the harmonics on the secondary side.
The BPU™ removes the odd and even harmonics around 300 and moves some harmonics up to 3,000. Mitigating the lower harmonics and maintaining higher harmonics is beneficial for the BPU™.
No. The BPU™ has built in protection due to the separate breaker in the panel and the breaker contained within the larger C models. Also, the BPU™ can be installed in parallel to a separate breaker in the panel without shutting down power to the facility.
The key parameters necessary to carry on the conversation are voltage, kWh/month, range of running/max amps, and power factor. We can assess fairly well with this limited data.
Of course this will occur and typically the BPU™ ranges provided will handle these situations. There are other ways to address fluctuations which involves installing multiple, smaller BPU™s to gain the most effective approach. That is why having access to an electrician or engineer who understands power is very important.
Yes, a fully vetted and patented technology with additional domestic and international patents pending. The BPU complies with 508A and CSA C22.2 No. 12. The BPU is available in NEMA 4, 12 and 13 enclosures for indoor and outdoor installation.
The BPU™ can be installed in approximately 2 hours by certified electrician. Please note that BPU™ requires optimal ground and breaker in your electric panel.
The BPU™ can be installed without the need to switch power off to your equipment. *
* Local codes and permits may apply. Please consult a licensed electrician.
Yes, full 10 Year Warranty and expected 25 Year Lifespan.
Yes. Please contact us for financing options
Typical ROI is 12-24 months, this number varies based on your energy consumption.
Yes the BPU™ is compatible with all other energy conservation and power quality measures, energy efficient equipment and technologies that have variable speed drives. The BPU™ can improve the performance of renewable energy systems by optimizing the digital AC waveform from the DC inverter and will correct harmonic distortion from LED lights and switching power supplies.
Just to summarize the main facts about what the BPU™ provides:
- Lightning Surge Protection
- Total Harmonic Reduction
- Voltage Sag & Swell Correction
- Phase Balancing
- In-rush Current Limiting
- 8% to 20% kWh and kW Demand Usage Reduction
- Fast and easy installation, no disruption to your service
- BPU™ requires optimal ground
The BPU™ is not designed to step down voltage or step up voltage, but it will balance the phases.Can the BPU™ system be used in large in large consuming power in the range of 10MW and above?
Not at this time.
Limited to 480 volt circuits at this point although research has been done at higher voltages up to 1,400V.
See attached specification sheet. Basic Power is able to deliver 120V single phase; 208V 3-P; 380V 3-P; and 480 3-P. To handle the various kWh range of uses, multiple 2 units may need to be installed in parallel in the breaker panel if necessary. Also, a BPU™ could be installed on the main panel and other smaller units installed on sub- panels or specific equipment. In other words, multiple BPU™s can be installed and, through the auto-sensing feature, they will work in conjunction to improve power quality reducing kWh. Each unit must have a separate circuit breaker to hook into.Can the BPU™ system specifically designed for particular Motor or compressor as a inverter does, and actively reduce Current?
Yes, in some cases kWh reduction is not the customer’s problem. We installed two C-208 models in a garage door manufacturing company in August 2014 due to voltage sags knocking out sensitive control equipment causing production delays and repair costs. We are installing a I-480 model this month at a Medical Center on a problem boiler.
The BPU™ has impacted imbalances up to 20%.
The BPU™ typically reduces current harmonics to less than 3%.
The BPU™ typically reduces voltages imbalances to within 1%.