A Brief Summary Detailing The United States Electrical Energy Distribution From Community Electricity Generators To Large Centralized Plants And Solar Farm Investment


In the first part of this post we reviewed how the generation of electricity has gone from neighborhood production to centralized and now is definitely shifting back to community providers once again. We will discover exactly how state and regional policies are driving the effort to reduce greenhouse gasses and create renewable energy sources. Second of all we will look at exactly how this all relates to solar farm investment.

The first and most inexpensive method to decrease greenhouse gas is to increase energy efficiencies. Gains in efficiency should be the first step taken. Greatly reduce before you produce has become the slogan of California utilities.

The development of the electric grid in America has led us to large centralized generators. Commercial Solar Design thinks that regulators must refocus on stimulating distributed generation models whereby 3 through 20 megawatt (MW) solar farms provide a distributed framework involving energy generation. This particular strategy would shift the main focus away from added high voltage transmission lines towards upgrading transmission, sub-transmission as well as distribution systems inside of states.

Minnesota utilities discovered that distributed generation of 10 to forty MW each with a 1,200 MW goal would reduce costs by about 90% over constructing new power lines to be able to bring in energy from out of state. California's RETI investigation also determined that no more than one-fifth of the electrical power was needed to meet its 33 % renewable mandate could be imported less expensively than in-state green generation.

If the state were to rely completely on in-state renewables the average electric bill each month for California businesses as well as households would increase by under one-half of one percent. This RETI report found another fascinating conclusion. If the installed cost of photovoltaics were to drop significantly, a substantial portion of the renewable mandate could be fulfilled with dispersed photo voltaic linked to low voltage transmission lines.

These findings as well as other findings lead us to the dialogue associated with solar farm investment. Large and smaller projects are expensive. Solar farm investment is required to fund the majority of the projects being considered. California's SB32 legislation offers projects up to 3MWp to be given interconnection along with a PPA. Commercial Solar Design will be working to raise $750 million in solar farm investment to install fifty two solar farm 3MWP projects under the SB32 legal guidelines.

Solar Farm projects from 3-20MWp are in a no-mans-land simply because they do not make very good financial sense. When you reach 20MWp the solar farm investment is practical but it is still a $75 million project. Many states are actually moving rapidly toward a straightforward feed in tariff program and the political will follow to implement a distributed generating model. The implementation associated with feed in tariff as well as revision of county general plans will open a flood of solar farm investment cash which will drive the installation of these facilities and continue to reshape the electrical generation model.

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