#Carbon intensity tv
#Carbon intensity free

This short-term measure aims to achieve the carbon intensity reduction aims of the IMO's initial GHG emissions strategy. A ship rated D or E for three consecutive years will need to submit a corrective action plan to show how the required index rating (C or above) will be obtained. The performance level will need to be recorded in the ship's Ship Energy Efficiency Management Plan (SEEMP). This will then enable the operational carbon intensity rating to be determined on a scale of A, B, C, D or E, indicating a major superior, minor superior, moderate, minor inferior, or inferior performance level. The actual annual operational CII achieved will need to be documented and verified against the required annual operational CII. The CII determines the annual reduction factor needed to continuously improve the ship's operational carbon intensity within a specific rating level. The measure will impact all cargo, RoPax and cruise vessels above 5,000 gross tonnage (GT) and trading internationally. This will be a mandatory measure under MARPOL Annex VI, which comes into force in 2023.

Our calculations show that, if one million Brits switched to using their washing machine when the electricity in their area was produced by cleaner sources, we could collectively help save 76,650 tonnes of CO 2 each year the equivalent of taking 36,500 cars off the road.īy using tumble dryers at cleaner times, we could save 164,250 tonnes of carbon, which is the equivalent to taking more than 78,000 cars off the road.*ĭownload the app on Google Play Store or The App Store to get started.The Carbon Intensity Indicator (CII) is a rating system for ships that the International Maritime Organization (IMO) developed.

#Carbon intensity free

Our free WhenToPlugIn app will tell you the best time to use electricity, by showing you when electricity with a low carbon intensity will be most plentiful in your area. How do I know when my electricity has a low carbon intensity? Better still, those with ‘flexible time-of-use’ tariffs may actually benefit from lower prices if they can use more power when lots of renewables are running. Renewable energy sources are relatively cheap to run and maintain, and this is reflected in our energy bills. Being able to understand the difference in carbon intensity values could help us all make more informed choices about when we plug in and power up. This means that knowing when low-carbon electricity is most available has become more important than ever to help reduce our carbon footprint.

#Carbon intensity tv

So if you put the kettle on or switch on the TV during a time when no renewable energy is available, the system will instead need to rely on sources with higher carbon intensity, such as fossil fuels. It’s also difficult to store and use later. The electricity that’s produced from renewable energy sources can’t always be guaranteed – for example, there will be less solar energy when the sun isn’t shining and less wind power when the wind isn’t blowing. Why does understanding carbon intensity matter? Using electricity with a low carbon intensity value will reduce carbon emissions overall –especially if we use it during times when the largest amounts of clean electricity are being generated. For some key regions with high seasonality and poor economics of solar technology (like Canada), using energy inputs with low carbon intensity (e.g., hydrogen sourced from wind and biomass), capturing CO 2 from oil sands extraction and upgrading facilities, and investing in new low-carbon technologies (e.g., nanoparticle-assisted in-situ. Renewable energy sources, such as wind, hydro or solar power, produce next to no CO 2 emissions, so their carbon intensity value is much lower and often zero. The carbon intensity of electricity is the number of grams of carbon dioxide (CO 2) it takes to make one unit of electricity at one kilowatt per hour (kW/hour).Įlectricity that’s generated using fossil fuels is more carbon intensive, as the process by which it’s generated creates CO 2 emissions.