About the project
The project will contribute to the outcome by designing and installing a number of 7 new PV installations with a total estimated installed power of: 129.44 kWp and the potential to reduce 47.04Tones of CO2 emissions: https://amiras.ro/new-pv-installation-operational/
The partners will design, develop and implement an Energy Monitoring and Optimization System based cloud/computing and Industry 4.0.
Outcome indicators:
a) Estimated annual CO2 emissions reductions (in tones CO2 eq./year): 47,04 tons of CO2eq/year.
b) Electric energy produced from other renewable sources- solar (in MWh/year): 153,713 MWh/year.
Output indicators:
a) Number of new or refurbished installations for production of energy/electricity from other RES: 7 new PV installations.
b) Installed capacity for production of energy/electricity from other RES: 129.44 kW.
Project timeframe
April 2020-July 2023
Project type
Research and development project.
Goals
To Develop a PV System Optimization Model: Development of a model predictive that analyzes weather data, solar irradiance, and the manufacturing facility's energy consumption patterns to find the best location and to optimize the PV system size and placement.
Smart Grid Integration: Implementing a smart grid system that integrates the PV system with the manufacturing facility's energy demand. Use real-time data and predictive algorithms to ensure the maximum utilization of solar energy when it's available and switch to grid power only when necessary.
To provide Energy Storage Solutions: Designing a model that integrates energy storage solutions, such as batteries or supercapacitors, with the PV system. The model should optimize energy storage and discharge strategies to ensure smooth power supply during peak energy demand periods and non-sunlight hours. Storage systems at the utility customer level can also result in significant savings to businesses through smart grid and Distributed Energy Resource (DER) initiatives, where cars, homes and businesses are potential stores, suppliers and users of electricity.
To design and develop an Energy Management System: Developing an energy management system (EMS) that monitors and controls the energy consumption of different manufacturing processes. The EMS can optimize energy usage by scheduling energy-intensive tasks during solar peak hours and low-demand periods.
To create Eco-Design Guidelines for SMD Manufacturing: Creating eco-design guidelines for SMD manufacturing processes and products. These guidelines should focus on reducing energy consumption, minimizing waste, and using environmentally friendly materials. Incorporate life-cycle analysis to assess the environmental impact of products from raw material extraction to end-of-life disposal.
Renewable Energy-Powered SMD Manufacturing: Establishing a manufacturing unit that is solely powered by renewable energy sources like solar PV and wind turbines. Optimize energy consumption by adopting energy-efficient machines and processes. This model serves as a showcase for sustainable manufacturing practices.
Financing
Total project budget: Euro 318.400
The project is supported by Norway, Iceland and Liechtenstein through the EEA and Norway Grants, Energy Programme in Romania - Focus area: Renewable energy.
External funding source link: https://eea.innovationnorway.com/article/energy-programme-in-romania
