As a result of the advancement of renewable energy and power electronic (PE) converter technologies, renewable energy sources are increasingly interfaced to the grid through PE based interconnections such as Voltage Sourced Converters (VSC) and Modular Multi-level Converters (MMC). It is essential to model and predict the behavior and effects of these components in the power system for safe and reliable operation. This proposed research project will focus on how renewable sources connected to the grid through PE converters, affect the stability power transmission system.
Aluminium smelters are energy intensive and not particularly energy efficient, as most of the energy required to produce aluminium is lost along the production line. This is the reason why it is mandatory to perform a detailed analysis of the thermal wastes produced in these factories. The main objective of this project is to investigate the solutions to recover the thermal wastes and to convert them into useful power.
Many thermal power plants, including Bruce Power, rely on once-through cooling using water from the Great Lakes. The warmer water that is released back into the lake has the potential to impact temperature sensitive aquatic species that occupy the near shore water close to the discharges. The proposed research will investigate the genetic population structure of three fish species surrounding Bruce Power (lake whitefish, round whitefish, yellow perch), and study the impacts of varying water temperature on embryonic development and post-hatch fitness.
The UPS market has recently experienced an exponential growth due to the increase in the number of data centers and IT centers. In this research program, superior UPS products will be designed and developed to comply with the new performance requirements of the UPS market. This research program has tremendous value for Alpha Technologies Ltd. to be able to acquire significant market share and attain more revenue. This research program can place Alpha as the leading company in future advanced UPS technology.
As one of the most cost-competitive forms of renewable energy, the wind has remarkable potential for fulfilling the increasing demand for global energy in an environmentally responsible way. Wind turbines in cold climate are becoming one of the most popular trends for wind energy developments. Because of highly variable operational conditions, wind turbines demand a high degree of maintenance to provide a safe, cost-effective and reliable power output with acceptable equipment life.
Canada is becoming an international leader in energy storage systems. Battery energy storage systems (BESS) are one of the key parts of the storage landscape and can serve a wide range of applications across the electricity supply chain. The focus of this research project is on the application of BESS in mitigating power quality issues in industrial facilities.
A high-voltage, direct current (HVDC) transmission system provides an efficient, reliable, economical and environment-friendly solution to interconnect between different power systems. HVDC permits electric power to be distributed to remote areas, which benefits the community with economic electricity usage and the government with extra financial revenues. This proposed project aims to investigate novel methods to further improve the efficiency of the HVDC transmission systems.
A major part of the generated electrical energy in the power systems is consumed by the electric machines to support the required mechanical energy for the clients in various applications such as pumps, oil and gas, household, electric vehicles, etc. In large scales, higher efficiency, reliability, and life time of the employed electric machines in the network results in less burnt fossil fuel in the generation stations. Accordingly, a lower amount of carbon dioxide emission is predicted in this case and less health problems related to the greenhouse gases emissions are expected.
A new cooling system will be designed for electric wheel system which is being developed on partner site to commercial vehicle. The electric wheel system can increase the dynamic performance, flexibility of operation and efficient of electric vehicle.
Recently, lithium-ion zinc (LIZ) batteries, which operate using much safer aqueous electrolytes rather than organic counterparts as in LIB, have gained tremendous attention due to their cost effectiveness and significantly higher energy density compared to typical LIB. This novel LIZ battery system is very well suited for electrical energy storage (EES) application. For operating and install necessary infrastructure such as flanges and fittings in remote project locations, the industrial partner Pro-Flange Ltd., demands uninterrupted supply of electricity for power tools and equipment.