Our team of engineers analyzes every system to determine the design of the protection and control equipment needed to sufficiently protect it. This typically involves the use of microprocessor relays. Our protection and control capabilities include 1-lines, 3-lines, AC/DC Schematics, Wiring Diagrams, Panel Front Views, and Termination Cabinets.
We have the capability to design the communication network that connects the relays from one substation to another. Some of our communications capabilities include Fiber Routing, Power Line Carrier Communications (PLC), Audio Tone (Leased Line), WIMAX (5-7 miles), and JMUX/IMUX. Amped I creates SCADA Points Lists and Configuration Files for the RTUS of electrical substations, including LANDAC II, Sage 2400, SAGE 3030M and Axion 2240 RTAC RTUs.
Differential relay panels, buss differential panels, current and voltage transformers, 345kV ring bus to breaker and-a-half scheme, transformer replacement, breaker replacement, breaker failure relaying, mid-circuit re-closers, bus tie, feeder upgrades, remote end line upgrades, cap bank switchers, lightning arrestors, fiber patch panels, SF6 dead tank and hybrid circuit breakers, phase shifter, line differential panels and more…
High and extra high voltage structures, steel tower analysis and reinforcement design, factory acceptance tests, monopole and steel tower design using all the latest industry software tools (PLSCADD, BOCAD, etc.) Switchyard equipment such as beams, insulators, busbars and equipment connections, foundations, ground grid, cable ducts, etc.
Amped I can also provide civil & structural design services for substation and distribution center projects, among others. We have the capability to design the physical layout of both conventional and GIS substations,
Our project management services include site walk-downs, document management, bills of materials, circuit schedules, conduit schedules, livening procedures, independent design reviews, QA/QC processes, and calculations (battery calculations, station services, and voltage drops).
Our relay settings team can perform analysis for equipment change-out, recommend new settings for relay protection in CAPE, ASPEN, and other popular software while verifying the protection system coordination. Power system modelling, load flow, short circuit study, time current, battery sizing and simulation all contribution to a final report of your power system.
We perform calculations during the design phase, and it includes voltage drop, battery/charger calculations, DC panel, AC panel, and AC station service.
We employ our design and engineering methods to upgrade transit station infrastructures that have grown obsolete, including multiple CTA stations around Chicago.
We monitor equipment in a network center including network protectors, transformers, vacuum switches utilizing wire technology via relaying, and primary cable sensors or fiber optics. We also assist with installation techniques and commissioning of equipment, as well as site set-up for data collection from individual network centers.
We employ our design and engineering methods to perform tower modelling, verify tolerances and equipment clearances, verify conceptual design, and visualize switchgear and control house layouts.
Amped I Fire protection experts can design fire protection for critical infrastructure such as transformers and indoor equipment. Code analysis, incident investigation, risk analysis, dispersion modelling and more are all available through our fire engineering staff.