Synopsis
Sinelec Australia Pty Ltd is a second generation 100% Australian owned Electrical Engineering and contracting company with 35+ years’ experience in the provision of fully integrated solutions to the Emergency & Standby power generation control industry. This is accomplished through innovative breakthrough technologies, engineering practices and quality manufacturing processes. Our meticulous attention to detail ensures reliability and our unparalleled reputation for delivering high-quality robust generator solutions as an ‘End to End’ solution provider and superior customer service has been acknowledged by our loyal clients.
We are driven by integrity and delivering premium outcomes that are scalable to meet your budget and can undertake the complete turn-key installation.
Sinelec Generator MSB & Fuel control systems are known for their high quality, long life and reliability and we work in a collaborative way with engineering consultants, contractors, owners and property managers to provide cost-effective solutions that continually exceed their expectations. As a Systems engineering design company, safety is important to us at Sinelec. We believe safety in design is critical to the long-term viability of any facility. Whilst our emergency power control systems may only be required to respond to infrequent mains power outages, as our equipment is often supporting safety services such as lift systems or smoke spill control systems, there is implied dependency on the robustness of our control system PLC coding and control platforms. This is one of the reasons that we use only degree qualified electrical engineers for our MSB and generator control system design & PLC coding. The benefit of the discipline of engineering being applied, allows their skill set to take into account scenarios that may never arise in the lifetime of the product deployment, yet if a set of circumstances does meet that set of conditions our clients can trust that the Sinelec PLC programming will accommodate this in the original design to ensure power is directed firstly to safety services and secondly to other critical essential supplies within the building complex. Sinelec is not aligned with a specific provider so we tailor the control solution to meet the clients application, timeframe and budget.
Executive Summary of Sinelec Australia’s Control System Capabilities
Diesel Generator Control Cubicles (DGCC) parallel or standalone complete with;
- Digital Governing & Synchronising
- Parallel kW & kVar load sharing with exceptional % control sharing with integrated Automatic Voltage Regulation (AVR) control .
- Remote Control & Monitoring of Electrical and Mechanical Parameters
- High Quality Modular HMI Touch Screens with Alarm & Event Management and Sinelec renowned unique graphics & features OR
- Scalable “Off the shelf” Generator Controllers offering unparalleled value, reliability and flexibility to suit your budget.
Master PLC Control Cubicles complete with;
- Complex MSB ATS Control and Sequencing
- Set Shedding with Mains Return Inhibit Control
- Automatic Panic Load Shedding / Capacity Management
- High Quality HMI Touch Screens with Alarm & Event Management and Sinelec renowned unique graphics & features OR
- “Off the shelf” Master Generator HMI offering unparalleled overview of the partner set controllers to suit your budget.
Diesel Fuel System Control complete with;
- Scalable Flexible design tailored to suit required functionality whether that be stand-alone or integrated with our Master PLC or Generator Control
- Lead/Lag Pump Control with autofill
- Alarm & BMS interface
- Optional Spill Pump return control & fuel storage levels
- High Quality HMI Touch Screens with Alarm & Event Management and Sinelec renowned unique graphics & features OR
- LED Indication to suit your budget.
SCADA HMI Control & Monitoring Systems complete with;
- Optional remote control;
- Alarm & Event Management
- Integrated Energy monitoring
- High Quality HMI Sinelec renowned unique & state of the art graphics
Gas Cogeneration Control complete with;
- Mains paralleling and ramp on Sequencing
- Automatic unloading when load is too low for safe operation
- Grid Connect compliant protection systems
- High Quality HMI Touch Screens with Alarm & Event Management and Sinelec renowned unique graphics & features OR
- “Off the shelf” Generator HMI offering unparalleled overview of the cogeneration to suit your budget.
Given Sinelec’s involvement over many years, as an Essential Electrical Services Maintenance Provider combined with our considerable expertise as a key supplier in the Melbourne market for Emergency Power Plant (EPP) control systems, we believe as one of the few companies operating that carries out all aspects of the EPP upgrade projects in its capacity as a registered electrical contractor, our company can provide the full project management and delivery of the principal elements for your site. Our approach is based around as seamless manner permissible, recognising the importance of maintaining the standby power arrangements to tenants and building operations. Further, Sinelec have already a demonstrated record of high-level support providing that long-term assurance to your tenants, but with the added advantage of Sinelec scalable control systems which offer a range of increased flexibility and features incorporated into each of our control upgrades.
Sinelec Australia are manufacturers of industry leading control cubicles and design used on sites across Australia. Further the technical nominee for the company’s electrical registration has held this position for over 20+years, bringing a high-level of experience and knowledge. A copy of our Electrical contractor’s registration and technical nominee’s detail can be provided on request for the states we work in across Australia’s east.
Sinelec Australia also has a diverse and multi-disciplined team with a broad range of qualifications, ranging from professional engineering degrees to highly qualified “A” Grade Electrical control technicians, all who have considerable experience in the Standby Generator Power Plant and associated controls industry. All aspects of the project are undertaken in house including AutoCAD schematic and PLC production. We also do not use sub-contractors for PLC Control development or commissioning!
Many of the control generator providers operating in Melbourne also do not employ a professional qualified electrical engineer to overview the design and often have not achieved ISO 9001 certification as Sinelec has held for many years since 1996. This level of competency gives assurance to consultants and FM’s of the traceability of design and FAT & SAT testing.
Our company’s considerable experience and reputation in this technically demanding field has been demonstrated with the many other organisations who have selected Sinelec Au s tra liato provide various control systems todiverse sites across Australia. This is combined with our proven capability in successfully undertaking major upgrades to existing plant and controls in ‘live’ operational facilities and ongoing maintenance service contracts tomany ‘blue chip’ sites. Sinelec are renowned for delivering projects of the highest standard and with integrity in everything we do.
Executive Summary of Sinelec Australia ’s Project Capabilities
- Executive Summary of Sinelec Australia’s Project Capabilities
- Proven Track Record in EPP Upgrades;
- Fully Qualified and Registered VIC Electrical Contractor REC 6688; Other States provided upon request.
- Fully Degree Qualified Electrical Engineers undertake the design , PLC Coding and commissioning .
- Sinelec only use licensed ‘A’ Grade Electricians for generator system installation works on 415V AC Generators & Controls, including all cable works.
- Sinelec only use High Quality PLC Hardware Architecture.
- Sinelec are Citect SCADA Software Specialists in HMI Graphical Design;
- Sinelec provide Fully Indexed PLC Programs (Plain English Version)
- Sinelec own and use Resistive and Reactive Load Banks for commissioning.
- Our High quality Manual includes full details with Picture Mapping and Operational Instructions for System Control and are the benchmark for this industry;
