

Found a good "Conventional Power" link? Let Us Know!
SSRsi WARNING!! EMF shielding is the new patent medicine! Watch out
for con artists and devices that simply don't work.
Basic Tools For Electronics: Pretty good basic list found on the net
some time ago. I supplemented the list with a few links to other pages with
good stuff.
My Inverter When power goes out, within 2 minutes the inverter
kicks in and the front room light comes back on, the TV comes back on, the
phone is active again, and I have an outlet available to plug in a fan (or
anything else) on those warm spring nights. I'm the envy of the block. While
all the other houses are black my living room is lit up and I'm continuing
to watch TV. And what engineering project would be complete without
documentation. Yes, I even put together a tech manual. Interested in the
fine details? You'll need Acrobat reader, documents are in pdf format.
What's wrong with the electric grid? - The Industrial
Physicist The warnings were certainly
there. In 1998, former utility executive John Casazza predicted that
“blackout risks will be increased” if plans for deregulating electric power
went ahead. And the warnings continued to be heard from other energy experts
and planners. See also:
Sparks over Power Grid Cybersecurity
Transmission System Control High-voltage
silicon switches (thyristors) enable engineers to change the flow of
electricity on the power grid much more quickly than before. This makes it
possible to operate closer to the power grid's thermal limits, delivering
more electricity without sacrificing reliability.
Transmission Grid Access For competition to
prevail, all power producers need open access to the power grid. Utilities
that control transmission lines are now required to charge other wholesale
producers the same transmission rates they charge themselves, and open
access is being implemented in some retail power markets.
Electricity Reliability A stable and reliable
electricity grid is the backbone of modern society. With the electricity
industry being restructured, additional demands are being placed on the
grid, making it even more important to maintain reliability standards.
Power Markets A power market is a commodity
exchange where electricity is traded at prices determined by supply and
demand. In addition to this spot market, there is a need for a futures
market to hedge contract prices.
Public Benefits Programs Prior to
restructuring, utilities were responsible for a variety of programs —
promoting energy efficiency,
demand-side management, low-income assistance, consumer education, and
the development and demonstration of emerging technologies such as renewable
energy — that meet social objectives. Under restructuring, funding for these
programs is typically through a small surcharge ("wires charge" or "system
benefits charge") on utility bills.
Net Metering Net metering allows the electric
meters of customers with generating facilities to turn backwards when they
are feeding power into the grid, so that they receive retail prices for the
excess electricity they generate. This encourages customer investment in
distributed generation, including renewable energy.
Buy Clean Electricity Purchasing
"green power"—electricity generated using renewable energy—for your home
helps reduce pollution and promote energy security.
Make Your Own Clean Electricity
Using a small renewable energy system can help you lower your electricity
costs, achieve energy independence, and reduce pollution.
Reduce Your Electricity Use Finding
ways to reduce your electricity use can help lower your electricity costs
and reduce pollution. You can also learn
how to read residential electric meters.
AGU: Geomagnetic Storms Can Threaten Electric Power Grid
The sprawling North American power grid resembles a large antenna,
attracting electrical currents induced by giant solar storms. Severe space
weather occurring during solar cycles has the potential to cause a
large-scale blackout in North America.
Pumping power onto the grid from your basement | CNET News.com In a 21st century twist on
Microsoft's original "PC in every home" vision, a young company has created
a home energy-storage appliance that connects to the power grid--and the
Internet.
TomPaine.com - Behind The Blackouts
Ken Lay may have passed away and Jeff Skilling and other former executives
face dozens of years behind bars, but Enron’s legacy—single-handedly pushing
electric power deregulation at the federal and state levels—unfortunately
remains the law of the land. The radical restructuring that Enron achieved a
decade ago overturned a century of orderly, accountable electricity planning
that had made America’s power system the envy of the world. But our
deregulated system is now a mockery, and consumers are left with higher
prices and poorer reliability. That’s why our electric grid—from the August
2003 blackout that cascaded across the Midwest and Northeast, to recent
power outages in New York and California—is more susceptible to failures
that trigger blackouts.
A Power Grid for the Hydrogen Economy
Cryogenic, superconducting conduits could be connected into a "SuperGrid"
that would simultaneously deliver electrical power and hydrogen fuel
IEEE Spectrum: The Unruly Power Grid
Advanced mathematical modeling suggests that big blackouts are inevitable
The Electric Transmission Network: A Multi-Region Analysis
This paper
examines the ability of the existing transmission network to respond
efficiently to increased trade over four reliability regions in the
northeastern United States. A power flow model is used to analyze the
potential for expanding electricity trade, given the operational constraints
of the transmission system and the availability and cost of generators.
Electrical Distribution System Overview
Modern power grids are extremely complex and widespread. Surges in power
lines can cause massive network failures and permanent damage to
multimillion-dollar equipment in power generation plants. After electricity
is produced at power plants it has to get to the customers that use the
electricity.
How Does a Transformer Work? In order for your home or a store
to use the electricity, it has to be at a lower voltage than on the
long-distance lines. So, the electricity is "stepped-down to a lower level
using a transformer. This lower voltage electricity is put into the local
electric wires at a substation. The substation breaks the larger amount of
power down into smaller pieces at lower voltage. It then is stepped down
again and again.
Power
Transmission After power is generated at a generation plant, the
voltage is "stepped up" by a transformer to give it the "push" to travel
long distances. High voltage allows electric power to be carried efficiently
over the transmission system. Long distance transmission lines in general
are 115 kilovolts (kV), 230 kV or 500 kV. Transmission lines are usually on
steel lattice towers, steel poles or double wooden poles.
EMF Checklist Appendices There
are currently two general types of EMF shielding which, when introduced
between the source and the area of concern, can reduce field levels.
"Passive" shielding utilizes ferromagnetic and/or conductive materials.
"Active" shielding uses an externally energized conductor which is placed in
such a way as to generate magnetic fields which oppose or cancel those from
the original source. Although technically feasible, active shielding is
extremely limited in application and is generally considered to be in the
experimental stage of development.
EMF Shielding Devices & Materials A sales site
with info.
Electric Power Plants
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Existing Generating Capacity
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Planned Generating Capacity
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Plants Sold & Transferred
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Electric Power Industry Companies
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Major Disturbances
Generation
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by Energy Source
-
by State
natural gas Natural gas
moves through a nationwide network of 280,000 miles of transmission
pipelines. These pipelines move natural gas from regions where it is
produced, such as the Gulf of Mexico, to market areas.
Natural Gas Links: These
pages have links to others that may have information:
Finding Natural Gas
|
History of Natural Gas |
Natural Gas Creation
Natural Gas Extraction |
Natural Gas in General
Natural Gas Processing and Delivery |
Natural Gas Transport |
Natural Gas Use
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