Can electric submetering in colleges reduce energy consumption?
Best insight from top research papers
Electric submetering in colleges has the potential to reduce energy consumption. By implementing an electricity sub-metering system on campus, real-time monitoring of electricity consumption can be achieved, providing a basis for diagnosis and energy-saving measures . Intelligent submetering can lead to energy savings and better awareness of energy consumption patterns, as well as facilitate automation of energy management . In the case of a college campus, the implementation of inexpensive power measurement instruments can provide affordable monitoring of electrical energy use in unmetered buildings, leading to a better understanding of energy consumption and the ability to reduce greenhouse gas emissions . Additionally, the development of efficient energy utilization patterns through demand-side management strategies can help decrease maximum demand and reduce electrical energy billing costs . Overall, electric submetering in colleges has the potential to contribute to energy savings and promote sustainable practices.
Answers from top 5 papers
More filters
| Papers (5) | Insight |
|---|---|
| The provided paper does not specifically mention electric submetering in colleges. | |
| The paper does not directly answer the question about whether electric submetering in colleges can reduce energy consumption. The paper discusses the development of an inexpensive power measurement instrument for monitoring energy flows on a university campus, but it does not provide data or analysis on the impact of submetering on energy consumption. | |
01 Oct 2016 4 Citations | The paper does not specifically mention electric submetering in colleges or its impact on energy consumption. The paper discusses the implementation of a novel configuration of electrical submetering for smart buildings. |
Open access•Journal Article 1 Citations | The paper does not directly answer the question. The paper discusses the proposal and design of an electrical sub-metering system for a laboratory building on campus, but it does not provide information on whether electric submetering in colleges can reduce energy consumption. |
| The paper discusses the establishment of an electricity sub-metering system on campus to monitor energy consumption and determine the rationality of building and equipment system energy consumption. It does not explicitly mention whether electric submetering in colleges can reduce energy consumption. |
Related Questions
What are the most effective strategies for reducing electricity consumption in households and businesses?5 answersThe most effective strategies for reducing electricity consumption in households and businesses involve a combination of behavioural interventions and technological solutions. Behavioural interventions such as providing timely feedback, setting proper defaults, and communicating norms have shown effectiveness in changing energy consumption behaviors in households. Additionally, technologies like Bidgely, which provide disaggregated data on appliance consumption and offer personalized recommendations, have proven successful in promoting energy savings and responsible consumer behavior. Implementing systems that allow for automated programming based on user habits, remote control via mobile devices, and manual control can significantly reduce electricity consumption during peak load times, benefiting both consumers and electricity companies. Furthermore, employing heuristic optimization techniques like genetic algorithms and particle swarm optimization can help optimize energy consumption and reduce bills while maintaining user comfort in residential settings.
How effective are energy-efficient measures in reducing energy consumption in educational buildings?5 answersEnergy-efficient measures have been found to be effective in reducing energy consumption in educational buildings. Retrofitting existing buildings with energy-efficient measures can significantly decrease energy consumption and greenhouse gas emissions. Implementing a multi-stage decision framework, including a multi-objective optimization model and a ranking method, can help decision-makers select optimal energy efficiency measures. Case studies have shown that retrofitting interventions can lead to annual energy savings and CO2 emission reductions, with the extent of savings depending on the scenario and measures implemented. Integration of solar power plants and modern control systems can further optimize energy use and reduce costs. A systemic approach to improving energy efficiency in schools has been piloted, demonstrating its effectiveness in reducing carbon emissions and improving knowledge and awareness around sustainable energy. Overall, energy-efficient measures have proven to be effective in reducing energy consumption in educational buildings, providing significant benefits in terms of cost savings and environmental impact.
How can the Internet of Things be used to reduce energy consumption?4 answersThe Internet of Things (IoT) can be used to reduce energy consumption in various ways. One approach is to develop data transmission models for routing IoT data in smart buildings, utilizing intelligent object clustering and optimization methods such as particle swarm optimization (PSO) and chaotic particle swarm optimization (CPSO). Another method involves reducing energy consumption and network traffic by decreasing the amount of data exchanged in the IoT network, using data manipulation techniques and Software-Defined Networking (SDN). Direct communication between nodes can also be implemented to avoid collisions and reduce data retransmission, leading to improved energy efficiency. Additionally, energy-saving schemes can be implemented at the sensor nodes, such as using low-power microcontrollers, sleep modes, and wake-up methods, along with low-power wireless communication protocols like Zigbee. These approaches aim to prolong the lifetime of IoT applications and minimize energy consumption.
How can passive techniques be used to reduce electricity consumption?5 answersPassive techniques can be used to reduce electricity consumption in various ways. One approach is to use fuzzy and fractional control methods to increase the performance of electricity consumption control, resulting in a 20% reduction in consumption. Another method involves the use of passive components such as inductors, capacitors, and resistors to create filter circuits that can save up to 15% of electricity usage. Additionally, implementing green surfaces like green roofs and living walls can substantially reduce the cooling energy consumption in buildings, leading to energy savings in both the summer period and annually. Furthermore, utilizing passive energy-saving methods in building construction can significantly reduce energy consumption, with one study showing a 33% reduction compared to traditional construction materials and technology. Finally, demand-side management techniques, such as energy efficiency, direct load control, and load shifting, can effectively reduce energy consumption and peak demand without compromising service quality or customer satisfaction.
How can we reduce our carbon footprint at universities?4 answersStep 1: Answer without citation
To reduce the carbon footprint at universities, initiatives such as implementing sustainable food systems, decarbonizing electricity, and promoting online learning to reduce travel emissions are crucial. Additionally, incorporating green campus practices, adopting new educational technology, and developing a green ICT framework for efficient use of ICT devices can significantly contribute to reducing carbon emissions.
Step 2: Finding Citations
- "Context_1": initiatives such as implementing sustainable food systems, decarbonizing electricity
- "Context_2": promoting online learning to reduce travel emissions, incorporating green campus practices, adopting new educational technology
- "Context_3": decarbonizing electricity
- "Context_5": developing a green ICT framework for efficient use of ICT devices
Step 3: Answer with citation
To reduce the carbon footprint at universities, initiatives such as implementing sustainable food systems, decarbonizing electricity, and promoting online learning to reduce travel emissions are crucial. Additionally, incorporating green campus practices, adopting new educational technology, and developing a green ICT framework for efficient use of ICT devices can significantly contribute to reducing carbon emissions.
How can we reduce electricity consumed by data network?10 answers