environmental_cof_relay

This function calculates environmental consequences of failure.
Environmental consequences of failure is used in
the derivation of consequences of failure see <code>cof</code>().
Outputted in DKK.
Financial consequences of failure for relay

Implementation of the CNAIM standard in R. Contains a series of
algorithms which determine the probability of failure, consequences of
failure and monetary risk associated with electricity distribution
companies' assets such as transformers and cables. Results are visualized
in an easy-to-understand risk matrix.

Emil Larsen

CNAIM

Common Network Asset Indices Methodology (CNAIM)

Kalle Hansen

Kenneth Rosenorn

Peter Larsen

Utiligize ApS 

Mohsin Vindhani

environmental_cof_relay function

<dl><dt>type_env_factor</dt>
<dd>String The type environment factor of HV asset category
Options: <code>type_env_factor = c("Oil", "SF6", "Neither", "Default")</code>.</dd>
<dt>prox_water</dt>
<dd>Numeric. Specify the proximity to a water course in meters.
A setting of <code>"Default"</code> will result in a proximity factor of 1. Thus
assume the proximity to a water course is between 80m and 120m</dd>
<dt>bunded</dt>
<dd>String. Options: <code>bunded = c("Yes", "No", "Default")</code>.
A setting of <code>"Default"</code> will result in a bunding factor of 1.</dd></dl>

Arguments

Environmental cost of Failure for Relays — environmental_cof_relay

<dl>

<dt>type_env_factor</dt>
<dd>String The type environment factor of HV asset category
Options: <code>type_env_factor = c("Oil", "SF6", "Neither", "Default")</code>.</dd>


<dt>prox_water</dt>
<dd>Numeric. Specify the proximity to a water course in meters.
A setting of <code>"Default"</code> will result in a proximity factor of 1. Thus
assume the proximity to a water course is between 80m and 120m</dd>


<dt>bunded</dt>
<dd>String. Options: <code>bunded = c("Yes", "No", "Default")</code>.
A setting of <code>"Default"</code> will result in a bunding factor of 1.</dd>

</dl>

environmental_cof_relay: Environmental cost of Failure for Relays

Description

Usage

Arguments

Examples