IEEE P2845/D11, May 2023

IEEE P2845/D11, May 2023 is an inactive draft trial use standard focused on testing and evaluating the dielectric performance of celebratory balloons when they contact overhead power distribution lines rated up to 38 kV system voltage. It addresses a narrow but important electrical safety concern within engineered materials, dielectrics, and power applications, helping define how balloon materials and configurations may behave near energized conductors. For utilities, engineers, and evaluators, it provides a technical basis for understanding contact-related insulation performance and associated risk.

Overview of IEEE P2845/D11, May 2023

IEEE P2845/D11, May 2023 describes a trial-use approach for assessing how celebratory balloons interact with overhead distribution systems from a dielectric standpoint. The document is relevant where nonconductive or partially conductive materials may come into proximity with lines up to 38 kV system voltage. Its technical context sits between material behavior and power-system safety, with emphasis on testing methods that can support consistent evaluation rather than informal observation. As a draft standard, it is useful for controlled review and comparison.

Typical use cases

This standard is most relevant in laboratory or field-oriented test programs that examine balloon materials, coatings, strings, and related components for electrical contact behavior. It may be used by power distribution engineers, materials specialists, and test personnel evaluating accidental contact scenarios near overhead lines, especially in environments where public activity, decorations, or event materials can reach energized equipment. IEEE P2845/D11, May 2023 can also support product assessment, hazard review, and engineering studies tied to utility safety practices.

Why it matters

In practice, IEEE P2845/D11, May 2023 helps bring consistency to a topic that can otherwise be difficult to assess: how celebratory balloons perform when they touch overhead distribution conductors. Clear testing guidance can support safer design decisions, more reliable evaluation, and better alignment between procurement requirements and electrical risk controls. For organizations working near distribution assets, a documented method for dielectric performance review may reduce uncertainty, improve comparability of results, and support more disciplined compliance and safety planning.

• Dielectric performance testing
• Balloon-to-line contact evaluation
• Overhead distribution systems up to 38 kV
• Material and coating behavior
• Trial-use technical guidance