Difference between revisions of "Safety Product Submission"

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{{#CI form: title = Energy Storage Safety Product Submission Form
{{#CI form: title = Energy Storage Safety Product Submission Form
| submit = jthompson@epri.com
| submit = dlong@epri.com
| css class = safety_product_form
| css class = safety_product_form
| success message = Thank you for your submission! Your entry will be reviewed internally before it is added to the Energy Storage Safety Database. Please contact [mailto:dlong@epri.com Dirk Long] with any questions or concerns.
|
|
{{#CI form section: type = inputs
{{#CI form section: type = inputs
Line 45: Line 46:
| title = <b>EPRI Energy Storage Safety Roadmap Tags</b>: Tag this product with the relevant Safety Roadmap Tags (Select all that apply)
| title = <b>EPRI Energy Storage Safety Roadmap Tags</b>: Tag this product with the relevant Safety Roadmap Tags (Select all that apply)
| type = multiple choice
| type = multiple choice
| max answers=6
| max answers=22
| Cell
| ST1 Addressing the common explosion hazard
| Module
| RP1 Response plan guidelines for existing and future BESS
| Unit
| RP2 Response plan standardization
| System
| RP3 Hazard state identification and communication
| Site
| RP4 Contamination management
| Other (if multiple, separate with semicolons) []
| DT1 Improving availability and application of 9540A testing
| DT2 Inclusion of gas prediction and deflagration protection tools in BESS design processes
| DT3 Expansion of 9540A testing to address statistical variation and multiple cell failures
| DT4 Guidelines for selection and design of suppression systems
| DT5 Standardized electrical controls reporting
| DT6 Failure modes and effects analysis (FMEA) guidance
| DT7 Integrated system design tools
| DT8 Adequacy and inclusion of thermal runaway propagation prediction tools in BESS design processes
| TD1 Robust electrical controls
| TD2 Detection of state of thermal reaction
| TD3 Detection of future thermal runaway events
| TD4 Detection of deflagration and toxicity risks
| TD5 Limitation of propagation using thermal controls
| TD6 Minimization of thermal runaway using thermal controls
| TD7 Safe cells with no thermal runaway potential
| TD8 Thermal runaway vent gas routing management during failure
| TD9 Ignition control
| I don't know.
}}
}}


Revision as of 13:55, 31 March 2022

Energy Storage Safety Product Submission Form
Comments: Please provide a description of the product (2000 characters max)
0/2000 characters
Safety Technology Category: Help us to understand to what technology category this product belongs (Select all that apply)
  • Sensor
  • Analysis
  • Thermal Barrier
  • Failure Prevention
  • Fire Suppression
  • Explosion Prevention
  • Explosion Mitigation
  • Environmental
  • Other (if multiple, separate with semicolons)
Integration Level: At what level in the energy storage system is this product integrated? (Select all that apply)
  • Cell
  • Module
  • Unit
  • System
  • Site
  • Other (if multiple, separate with semicolons)
EPRI Energy Storage Safety Roadmap Tags: Tag this product with the relevant Safety Roadmap Tags (Select all that apply)
  • ST1 Addressing the common explosion hazard
  • RP1 Response plan guidelines for existing and future BESS
  • RP2 Response plan standardization
  • RP3 Hazard state identification and communication
  • RP4 Contamination management
  • DT1 Improving availability and application of 9540A testing
  • DT2 Inclusion of gas prediction and deflagration protection tools in BESS design processes
  • DT3 Expansion of 9540A testing to address statistical variation and multiple cell failures
  • DT4 Guidelines for selection and design of suppression systems
  • DT5 Standardized electrical controls reporting
  • DT6 Failure modes and effects analysis (FMEA) guidance
  • DT7 Integrated system design tools
  • DT8 Adequacy and inclusion of thermal runaway propagation prediction tools in BESS design processes
  • TD1 Robust electrical controls
  • TD2 Detection of state of thermal reaction
  • TD3 Detection of future thermal runaway events
  • TD4 Detection of deflagration and toxicity risks
  • TD5 Limitation of propagation using thermal controls
  • TD6 Minimization of thermal runaway using thermal controls
  • TD7 Safe cells with no thermal runaway potential
  • TD8 Thermal runaway vent gas routing management during failure
  • TD9 Ignition control
  • I don't know.
Contact Information: So that we can reach out to you with any questions
Organization type:
  • Utility
  • Product vendor
  • System integrator
  • Researcher
  • Other
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