F-gas phase-out has been decided and is approaching fast

F-gas phase-out has been decided and is approaching fast

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The EU institutions have reached a compromise on the new policy proposal covering fluorinated greenhouse gases like SF6. What does it mean?

The newly established regulation outlines a comprehensive timeline and specific conditions to transition the electricity sector away from using fluorinated greenhouse gases such as sulfur hexafluoride (SF6). This agreement underlines the importance of phasing out F-gases as an essential and urgent step toward achieving truly sustainable electricity.

What is the issue with F-gases, and SF6 in particular?

F-gases, which are anthropogenic greenhouse gases (GHG), possess a significant carbon footprint, thereby exacerbating global warming. These gases are commonly used across diverse industrial sectors, including refrigeration, air conditioning, medical devices, and electrical equipment.

SF6 is the most potent F-gas, in fact, the most potent GHG of all, and has a global warming potential (GWP) that is 24,300 times higher than CO2. Used extensively in medium voltage (MV) switchgear — a vital component with a lifespan of up to 30 years — SF6 is favored for its non-toxic nature, stability, and ability to deliver reliable, high-performance, and cost-effective electrical insulation and interruption.

However, the tremendous environmental downsides of SF6 cannot be ignored any longer, prompting the European Union (EU) to take action to address this pressing issue.

F-gases like SF6 are already regulated in Europe so why change it?

Certain existing regulations in Europe and other parts of the world already address the monitoring, reporting, and recovery of F-gases. The EU has adopted two legislative acts to reduce f-gases: the F-Gas Regulation, which is an EU-wide hydrofluorocarbon (HFC) phase-down aimed at reducing F-gas emissions and mitigating global warming, and the passenger car-specific MAC Directive.

SF6 in particular has already been banned in the EU under the F-Gas Regulation, except in the industries where there were few suitable alternatives available, especially the electricity industry. 

What&#;s changed that makes it possible to move beyond SF6 in electrical equipment?

Because now we can. There is no longer a technological barrier to eliminating SF6 in MV electrical installations. There is also no need to use any other fluorinated gases to replace SF6, since they could have unknown risks or be subject to other legislation down the road.

I&#;m proud that at Schneider Electric, we&#;ve moved beyond F-gases. We&#;ve innovated beyond SF6 with replacement technology that is already available and proven. Rather than using SF6 or an alternative F-gas, we&#;re using pure air and vacuum technology for insulating and breaking. SF6-free MV switchgear is a superior choice not only for the environment, but also for operational safety, which is always our first priority, where we are never willing to compromise. After that, we also see big improvements in ease-of-maintenance, end-of-life treatment, functionality and performance, not to mention future policy compliance. 

My company has spent a decade testing it and perfecting this new SF6-free equipment before rolling it out to customers, such as E.ON, EEC Engie, Green Alp, Renault Group and others.

How will the EU&#;s policy affect those who use MV switchgear?

As I see it, the EU&#;s policy proposal will bring big benefits to stakeholders with minimal inconvenience. That&#;s because SF6-free MV switchgear like ours, which uses pure air instead of SF6, has the same positive characteristics of traditional switchgear, such as high performance and a compact physical footprint. Also important for users is its lower total cost of ownership thanks to a much longer equipment life and avoidance of costly gas recycling treatment when switchgear is decommissioned.

For more refrigerant gas supplier information, please contact us. We will provide professional answers.

 Let&#;s take a look at some specific sectors that will be affected:

• Buildings: Buildings — both commercial and industrial — are subject to strict sustainability standards. Using SF6-free switchgear is an opportunity to meet these goals and to work toward accolades such as achieving LEED certification. In addition, buildings are already moving from LV to MV to support fast electric vehicle charging, so they could go SF6 free from the start.
• eMobility: By choosing an electric vehicle, drivers are already making a green transportation choice. SF6-free MV switchgear supports an even more sustainable EV charging experience at the charging point. Using green switchgear also future proofs EV charging stations for potential sustainability standard requirements.
• Grids: We&#;re decarbonizing the full electricity value chain, not just the generation, by moving to a network that&#;s also decarbonized. When you&#;re integrating DERs, it only makes sense to also use green switchgear, especially with the technology specifically designed for grids of the future, which contain many more renewables and more frequent switching operations.
• Data centers: Data centers are one of the most energy-intensive types of buildings. New technology innovations, such as SF6-free switchgear, can help data centers reduce their GHG footprint.

Where can we learn more?

Download the eBook: How SF6 Alternatives and Digital Technologies Combine to Empower Electricity Decarbonization and Efficiency

Sulfur Hexafluoride Reporting Information

Distributors

Distributors who sell SF6 into California are required to report the sales from the previous calendar year annually to CARB by March 30 of the following year.

Ensure you have downloaded the most recent reporting spreadsheet, available via the blue button.

To register as a distributor, contact SF6 Reporting and include the following information:

• Business Name
• Address
• Contact Name
• Number
• Website

The &#;Regulation for Reducing Sulfur Hexafluoride Emissions&#; (17 CCR §§ through ) requires certain records and information to be kept and reported. Specifically §(e) requires distributors to report specified information. Distributors are ultimately responsible for meeting all the reporting requirements specified in Title 17, California Code of Regulations, §.

Please note that every claim that information is confidential must:

• specifically designate the information that is claimed as confidential;
• place information claimed to be confidential on a separate page from information that is not confidential, if possible; if a separate page is not possible, highlight the information claimed to be confidential;
• state the factual basis for the claim of confidentiality; and
• provide contact information (name, address, number, and address) in the event CARB receives a request for disclosure of the information you claim to be confidential.

Entities Seeking a Research or General Exemption

Use of SF6 outside those explicitly exempted in the regulation is prohibited due to its high global warming potential. In order to use SF6 for a non-exempted purpose, entities must apply for an exemption with CARB. Each case will be reviewed individually and additional supporting documentation may be requested to ensure the necessity of SF6 usage.

Entities with exemptions are required to report annually, as detailed in their exemption letter. Reports for the previous calendar year are due by March 30 of the following year and should include the details outlined in your exemption approval.

To apply for an exemption, please contact SF6 Reporting with the information required of distributors listed above, as well as answers to the following:

• Duration of exemption requested.
• Describe how SF6 is used.
• How much SF6 would be used and how much would be emitted annually?
• How much SF6 have you used annually over the last 3 years in this application(s)?
• Will the use of SF6 result in less greenhouse gas emissions over the lifetime of the equipment, facility, or process than the use of all other alternatives?  Please explain.
• What are the alternatives that can be substituted for SF6? 
• Are there problems with using these substitutes?  Please explain.
• In using SF6, do you recover the SF6 after the application for re-use or recycle?  If not, would it be possible to do this?

Please include any supporting information, calculations, estimates, and test data that supports the company&#;s request for exemption. The applicant must show that either SF6 usage will result in reduced greenhouse gas emissions or that there are no viable alternatives. In addition, include the test methods that were used in generating any test data.usage will result in reduced greenhouse gas emissions or that there are no viable alternatives. In addition, include the test methods that were used in generating any test data.

CARB may request additional information as need to determine the necessity of an exemption.

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