PV Slides for the information of study information
- 1. Solar panels Smart phone Connected boiler Smart charging point Smart meter Smart plug Connected thermostat sun Fig.4
- 2. Data ceter Smart building Electric vehicle Commercial & industrial application Smart homes Combined heat and power Fossil fuel Power plant Solar power plant wind power plant Fig.2 Transmission distribution grid
- 3. GENERATION TRANSMISSION DISTRIBUTION CONSUMPTION FIG.3
- 4. Where are the data sent? How are the data used? Are all of the data collected used, or is there information the device should not collect? Does anyone else have access to the data? Where are the data Ultimately stored? Do we need to build in an expiration time frame for data storage? How long are the data kept? How secure are the data during transfer and storage? How will consumers be notified if there is a data breach? What personal data does the IoT device collect? QUESTIONS TO CONSIDER FOR IOT DATA PRIVACY INCLUDE FIG.6
- 5. DECISION-MAKING Automated data analysis, learning and decision making done by software and smart devices DATA GENERATION Vast amounts of granular data captured with a network of smart devices that have sensors and can act TRANSACTIONS Open and secure management of data and automatisation of contract execution via smart contracts DEPLOYING RENEWABLES INCREASES POWER SECTOR COMPLEXITY AND THE NEED FOR FLEXIBILITY. NEW TOOLS ARE REQUIRED TO OPTMISE THE SYSTEM. FIG.1