2015 Renewable RFP Website
... contain a maximum size limit on an individual project. Respondents should note, though, that while all projects will be evaluated to determine which project(s) provide the greatest net benefits to LIPA customers, projects whose size is in excess of the targeted amount may be disadvantaged economical ...
... contain a maximum size limit on an individual project. Respondents should note, though, that while all projects will be evaluated to determine which project(s) provide the greatest net benefits to LIPA customers, projects whose size is in excess of the targeted amount may be disadvantaged economical ...
Clean - 2015 Renewable RFP Website
... contain a maximum size limit on an individual project. Respondents should note, though, that while all projects will be evaluated to determine which project(s) provide the greatest net benefits to LIPA customers, projects whose size is in excess of the targeted amount may be disadvantaged economical ...
... contain a maximum size limit on an individual project. Respondents should note, though, that while all projects will be evaluated to determine which project(s) provide the greatest net benefits to LIPA customers, projects whose size is in excess of the targeted amount may be disadvantaged economical ...
Q60 Generation Interconnection
... Q60 output would be subject to the firm or non-firm transmission capacity that may be available when a Transmission Service Request is made. A request may be made to any or all of the participants; subject to each participants OATT1. The IC has requested that the interconnection of the Q60 project w ...
... Q60 output would be subject to the firm or non-firm transmission capacity that may be available when a Transmission Service Request is made. A request may be made to any or all of the participants; subject to each participants OATT1. The IC has requested that the interconnection of the Q60 project w ...
8.0 ELECTRIC POWER
... The Montgomery, Bland, and Loose Creek Substations are part of the AmerenUE transmission network as described in Callaway Plant Unit 2 FSAR Section 8.1.1. The Montgomery and Bland 345 kV circuits are each installed on double-circuit steel-tower structures. The Loose Creek line is installed on wooden ...
... The Montgomery, Bland, and Loose Creek Substations are part of the AmerenUE transmission network as described in Callaway Plant Unit 2 FSAR Section 8.1.1. The Montgomery and Bland 345 kV circuits are each installed on double-circuit steel-tower structures. The Loose Creek line is installed on wooden ...
cpw paper
... When we look at our example of a transmission line based RF choke at 5 GHz, the main concern is the size of the transmission line. If we use a coplanar waveguide (CPW) as the transmission line, CPW line can be simulated as transmission line via Advanced Design System (ADS) tool in order to find out ...
... When we look at our example of a transmission line based RF choke at 5 GHz, the main concern is the size of the transmission line. If we use a coplanar waveguide (CPW) as the transmission line, CPW line can be simulated as transmission line via Advanced Design System (ADS) tool in order to find out ...
RSAW PRC-023-2_2013_v1.2
... NERC developed this Reliability Standard Audit Worksheet (RSAW) language in order to facilitate NERC’s and the Regional Entities’ assessment of a registered entity’s compliance with this Reliability Standard. The NERC RSAW language is written to specific versions of each NERC Reliability Standard. E ...
... NERC developed this Reliability Standard Audit Worksheet (RSAW) language in order to facilitate NERC’s and the Regional Entities’ assessment of a registered entity’s compliance with this Reliability Standard. The NERC RSAW language is written to specific versions of each NERC Reliability Standard. E ...
NWE Local Transmission Planning Process
... the transmission plan at the beginning of each two-year local area transmission planning cycle and to provide input throughout the entire process. Scenarios are developed based on the goal. Scenarios are developed to examine different load, generation, public policy requirements and associated trans ...
... the transmission plan at the beginning of each two-year local area transmission planning cycle and to provide input throughout the entire process. Scenarios are developed based on the goal. Scenarios are developed to examine different load, generation, public policy requirements and associated trans ...
... The Progress Energy Florida (PEF) transmission network (grid) system supplies the off-site ac power for the LNP 1 and LNP 2 via a common switchyard. The connections of LNP 1, LNP 2, the switchyard, and the 500 kV transmission system are shown in Figures 8.2-201 and 8.2-202 respectively. The common 5 ...
1 - North American SynchroPhasor Initiative
... redundancy and better visibility in the event that individual PMUs or substations go down for maintenance or become disabled. It is preferable to have a more evenly distributed placement of PMUs across a control region, rather than a high concentration in a small region. More discussion on this PMU ...
... redundancy and better visibility in the event that individual PMUs or substations go down for maintenance or become disabled. It is preferable to have a more evenly distributed placement of PMUs across a control region, rather than a high concentration in a small region. More discussion on this PMU ...
Comparison of Distribution Transformer Losses and Capacity under
... Basically, transformers model consist of ordinary parameters such as the leakage inductances and dc resistances, magnetizing inductances and core resistance that obtain from no-load test, short circuit test and dc test. In this model, stray losses that consist of eddy current losses in windings and ...
... Basically, transformers model consist of ordinary parameters such as the leakage inductances and dc resistances, magnetizing inductances and core resistance that obtain from no-load test, short circuit test and dc test. In this model, stray losses that consist of eddy current losses in windings and ...
Electric power transmission
Electric power transmission is the bulk transfer of electrical energy, from generating power plants to electrical substations located near demand centers. This is distinct from the local wiring between high-voltage substations and customers, which is typically referred to as electric power distribution. Transmission lines, when interconnected with each other, become transmission networks. The combined transmission and distribution network is known as the ""power grid"" in North America, or just ""the grid"". In the United Kingdom, the network is known as the ""National Grid"".A wide area synchronous grid, also known as an ""interconnection"" in North America, directly connects a large number of generators delivering AC power with the same relative frequency, to a large number of consumers. For example, there are four major interconnections in North America (the Western Interconnection, the Eastern Interconnection, the Quebec Interconnection and the Electric Reliability Council of Texas (ERCOT) grid), and one large grid for most of continental Europe.The same relative frequency, but almost never the same relative phase as ac power interchange is a function of the phase difference between any two nodes in the network, and zero degrees difference means no power is interchanged; any phase difference up to 90 degrees is stable by the ""equal area criteria""; any phase difference above 90 degrees is absolutely unstable; the interchange partners are responsible for maintaining frequency as close to the utility frequency as is practical, and the phase differences between any two nodes significantly less than 90 degrees; should 90 degrees be exceeded, a system separation is executed, and remains separated until the trouble has been corrected.Historically, transmission and distribution lines were owned by the same company, but starting in the 1990s, many countries have liberalized the regulation of the electricity market in ways that have led to the separation of the electricity transmission business from the distribution business.