Unique Spark Engineering (U.S.E.) provides our clients with electrical designs for basic to complex installations on greenfield or brownfield sites. Overview designs produced by U.S.E. for our clients, include:
– Single Line Diagrams
– General Arrangements
– Protection Line Diagrams
– Cable Schedules
– Earthing Diagrams
Detailed designs produced by U.S.E. for our clients, include:
– Pump Stations
– Industrial Drives
– Distribution networks
– Unique Circuitry arrangements
Safety in Design based on life cycle of the assets is completed by U.S.E. with engagement of suppliers, constructors, operators and maintainers. This provides our clients with a design covering all facets of its organisation.
U.S.E. design personnel can prepare tender documents, switchboard specifications, functional descriptions, FAT and SAT sheets and other documents for your projects or the maintaining of your electrical infrastructure.
U.S.E. has specialist partners and therefore we can deliver complete package designs for embedded generation systems including Battery Energy Storage Systems, Solar Power Systems and Bio-Gas Generation. We can also deliver complete package designs for pump stations and substations.
Developing electrical designs tailored to achieve solutions from conceptual to detailed projects. Unique Spark Engineering (U.S.E.) delivers electrical designs from small scale pump stations to large high voltage pump stations, distribution networks, 33/11 kV Substations, Motor Control Centres and Main Switchboards.
Assessing your electrical infrastructure for arc flash hazards is becoming an industry standard and insurance companies continue to mandate completion of an arc flash assessment. U.S.E. delivers leading real world arc flash hazard assessments providing a risk based approach to any solutions, a core focus on minimisation of any required electrical works and easy to use control measures.
Our personnel have expertise and extensive experience in performing analysis on existing or proposed electrical systems. U.S.E. focuses on identification of electrical infrastructure limitations with options and recommendations for rectification of these limitations.