Discussion Overview
The discussion centers around the feasibility and regulations of supplying excess power generated from home-made wind turbines or other power generators back to the national power grid in the USA. It explores the potential for earning money from this practice, including the mechanisms involved and the variations in regulations across different regions.
Discussion Character
- Exploratory
- Technical explanation
- Debate/contested
Main Points Raised
- Some participants propose that it is possible to supply excess power back to the grid, although this may not comply with electrical codes set by power companies.
- One participant describes how older power meters can spin backwards, effectively reducing energy usage records, but questions the reliability of this method given advancements in meter technology.
- Another participant suggests that newer meters are unidirectional and require a specific type of net-metering system to accurately measure energy flow in both directions.
- Concerns are raised about the need for safety measures to prevent back-feeding electricity into the grid during outages, which could endanger utility workers.
- Variability in compensation rates for supplied power is noted, with one participant mentioning that rates differ by state and providing a link to information specific to New Jersey.
- A participant references the UK's 'Feed In Tariff' program, suggesting that similar incentives could exist for individuals generating renewable energy, although this is not directly applicable to the USA context.
Areas of Agreement / Disagreement
Participants express differing views on the practicality and legality of feeding power back into the grid, with no consensus on the best approach or the specifics of regulations. The discussion remains unresolved regarding the technical and regulatory details.
Contextual Notes
Limitations include uncertainty about the age and type of meters that can spin backwards, the specific requirements for net metering, and the variability of state regulations affecting compensation for supplied power.