IEEE DRAFT C37.95 : D6 99

1 Overview
    1.1 Scope
    1.2 Purpose
2 References
3 Establishing consumer service requirements and
    supply methods
    3.1 Interconnection
    3.2 General design approach
    3.3 Information exchange
    3.4 Specific supply considerations
4 Typical utility-consumer interconnection
    configurations
    4.1 Single supply-single transformer
    4.2 Dual supply-single transformer
    4.3 Dual supply-dual transformer
5 Brief review of protection theory
    5.1 Protection system design considerations
    5.2 Protection systems overview
6 System studies
    6.1 Types of studies
    6.2 Required data
    6.3 Performance of studies
7 Interconnection examples
    7.1 Single supply from a remote utility substation
    7.2 Dual supply from a remote utility, single-
          transformer configuration
    7.3 Dual supply from a remote utility sub, dual
          transformer configuration
    7.4 Dual supply from a remote utility substation,
          dual circuit switcher, transformer configuration
    7.5 Supply to a remote non-utility substation with
          generation

Gives information for a number of different protective relaying methods for the utility-consumer interconnection. Covers applications involving service to a consumer that normally needs a transformation between the utility's supply voltage and the consumer's utilization voltage. Does not cover interconnections supplied at the utilization voltage.