tribal lands energy efficient lighting proposal

Tribal lands bestows freedom regarding restriction found in other municipal building codes. National building codes don’t help, but Federal energy efficiency codes do. Common restrictions that apply to metering and wiring protection do not apply to tribal lands. Code for use of GenII/Neolight high efficiency systems can be vetted on these premises. This technology is developed primarily for industrial and building use. Engineering support required for use is virtually non-existent. However, tribal entities have the liberty of developing their own building codes with the help of a MIT solver team.  This proposal solver team, is to build and develop building codes for the safe use for this lighting technology. The resulting benefit is, KWH cost for illumination becomes zero per KWH (or negligible .03 cents per KWH with patented KWH smart meter). The product delivers a substantial cost reduction and significant reduction in Co2 emissions to benefit the community.

 Visit WWW.RCDRESEARCH.COM for technical documents and software examples

A 32 lamp panel operates at 100watts. Materials cost for this array is less than $100 and can illuminate 4 buildings. Low cost electronics permit building illumination at a competitive price. The problem is, National electrical code, industry and government standards presently do not permit high efficiency by recovering energy unused by standard consumers and industry devices.

 The social impact of this technology can be of long term financial benefit to the selected community. Lighting sector represents 20% of total expense. Reduced carbon emissions and operating cost are of great interest in future building design. Cost of building operation and energy performance is unparalleled. Software provides services required for commercial measurement and invoicing.

 MIT Technical review:

RMS theory has determined that a portion of the sine wave does not contribute to effective heating of a lamp. 60 Hz AC power is processed to ¼ cycle power, improving efficiency. Electro dynamic momentum explains the gap between electrical and photonic cycles. There is an electrodynamic ratio during which photons are emitted. The electrodydnamic momentum ratio of the cycle is 1:8. 2.5ms electronic input results in a photon output of 16ms, unprecedented in a consumer product. Theory is, the magnetic field generated  is trapping Muons (or heavy electrons) in magnetic field troughs thus induced  into the filament metal matrix. The slow decay rate of muons to electrons, extends photon output time, resulting in usefull light quality. This method results in average voltage (2.5ms) of 8-9 volts. True power measurement function is average load voltage = Epeak / 2p (1+ cosine α).  Typical lamps operate 2.5 watts and 800 lumens.

Smart meter can perform all metering functions, but is restricted by current utility regulations. On tribal lands this can be allowed by creating a new code for the purpose of energy efficiency, as allowed by federal law.

 Conclusion:

MIT solver funding and engineering team can produce a viable code framework for  the deployment of Muon enhanced luminaires on tribal land. A multi-year benefit in cost savings can be applied to maintain these devices, for example, replace used light bulbs. The funds that remain can be applied for social needs of the community.

Tribal lands bestows freedom regarding restriction found in other municipal building codes. National building codes don’t help, but Federal energy efficiency codes do. Common restrictions that apply to metering and wiring protection do not apply to tribal lands. Code for use of GenII/Neolight high efficiency systems can be vetted on these premises. This technology is developed primarily for industrial and building use. Engineering support required for use is virtually non-existent. However, tribal entities have the liberty of developing their own building codes with the help of a MIT solver team.  This proposal solver team, is to build and develop building codes for the safe use for this lighting technology. The resulting benefit is, KWH cost for illumination becomes zero per KWH (or negligible .03 cents per KWH with patented KWH smart meter). The product delivers a substantial cost reduction and significant reduction in Co2 emissions to benefit the community.

  The problem is, National electrical code, industry and government standards presently do not permit high efficiency by recovering energy unused by standard consumers and industry devices.

 The social impact of this technology can be of long term financial benefit to the selected community. Lighting sector represents 20% of total expense. Reduced carbon emissions and operating cost are of great interest in future building design. Cost of building operation and energy performance is unparalleled. Software provides services required for commercial measurement and invoicing.

Smart meter can perform all metering functions, but is restricted by current utility regulations. On tribal lands this can be allowed by creating a new code for the purpose of energy efficiency, as allowed by federal law.

 Conclusion:

MIT solver funding and engineering team can produce a viable code framework for  the deployment of Muon enhanced luminaires on tribal land. A multi-year benefit in cost savings can be applied to maintain these devices, for example, replace used light bulbs. The funds that remain can be applied for social needs of the community.

any native lands granted autonomy under federal and state law presently prohibiting certain types of energy saving and cost cutting technology.

With a MIT solver team defining standards for the community, this can be quickly developed. Deployment of energy savings hardware can also be easily achieved with these resources. I live in Arizona and close to many native American Indian reservations. the community can decide where to use the resources and how much of it they require in the community.

legal building code restriction are not supporting this type of energy conservation. However, tribal lands have the freedom to make their own laws for the purpose of efficiency. solver grant will cover the cost of the hardware and installation, with team and community support.

Solution uses "waste" AC energy to provide a high quality illumination for buildings, homes and open spaces. It also has higher efficiency than LED lights and operates at a reduced KWH cost.

a successful MIT project is certain to improve the marketability.

unfortunately, the inventor does not presently have the resources to properly manufacture the devices in quantity required by present day contract manufactures. 

At this time research and development has achieved most goals. a larger test area is now required to further research the systems performance to determine further engineering modifications for commercial use.

economic forces, such as reduced cost of lighting as described, should be sufficient to advance the product. changes in global economy pertaining to energy, energy coast, co2 pollution and thermal pollution would be assumed to be a sufficient driving force. however, this has not occurred.

Solid state technology has resulted in a incandescent lamp with a 96 percent improvement in efficiency. This was attempted by industry but failed. This new approach uses ac sine wave theory and quantum mechanics to increase efficiency and photon output of classic incandescent lamps. modern data processing hardware and software also achieves measurement of the electrical properties of this inventions.

non discrimination standards

business is research and development of high efficiency building illumination.

actively seeking manufacturing and distribution partners.

presently limited to test projects and invitation to manufactures and other vendors. application to grant programs have not had results.

successful licensing of the patented technology will become self sustaining and provide royalty payments to support further research activities.