Okay, I need to create a Wikipedia-style document about "Non-Aqueous Electrolytes" under the categories Technology → Energy → Battery. Let me start by understanding what non-aqueous electrolytes are. From what I remember, they're used in batteries instead of water-based ones. But I should verify that.

First, the structure: H1 for the title, then an overview section. Then sections with H2 and H3. Maybe break it down into introduction, properties, applications, challenges, etc. Also need to include references or related documents at the end.

For content quality, I need accurate info. Non-aqueous electrolytes are typically organic solvents mixed with salts. They prevent water-related issues like corrosion and decomposition. Common examples might be lithium-ion batteries using carbonate-based electrolytes. But wait, what's the exact composition? Maybe mention specific solvents like ethylene carbonate or dimethyl carbonate.

I should explain why they're used in batteries. Water can't handle high voltages, so non-aqueous ones are better for higher energy density. Also, their role in ion transport between electrodes. Need to mention safety aspects too—like flammability of some organic solvents.

Challenges: Maybe the cost of materials, stability issues at extreme temperatures, or the need for additives to improve performance. Also, environmental impact of disposal.

For technical details, maybe include a table comparing aqueous vs non-aqueous electrolytes. Or list common types with their properties. But I should check if that's necessary. The user wants 800+ characters, so enough detail is needed.

Need to use proper terminology but explain them. For example, "electrolyte" as a medium for ion movement. Also mention specific battery types like lithium-ion or solid-state batteries where non-aqueous electrolytes are used.

References: Maybe cite some standards or research papers. But since it's a wiki-style document, perhaps just list relevant sources without citations unless specified. The user didn't ask for references, but the structure includes a "참고 자료" section. So maybe add that at the end with links to related topics like lithium-ion batteries, solid-state electrolytes, etc.

Check if I'm missing any key points. Maybe the history of non-aqueous electrolytes in battery development? Or their advantages over aqueous ones. Also, mention specific applications like electric vehicles or portable electronics where high energy density is crucial.

Avoid being too technical without explanation. For example, when talking about ionic conductivity, explain it's the ability to conduct ions efficiently. Maybe include a section on how they work in batteries, the role of the salt (like LiPF6) and solvent mixture.

Need to ensure that each section flows logically. Start with an overview, then dive into properties, applications, challenges, and maybe future developments or research directions.

Also, check for any common misconceptions. For instance, not all non-aqueous electrolytes are liquid; some are solid-state. But the user's focus is on non-aqueous, which could include both. However, since it's under batteries, maybe focus more on liquid ones unless specified otherwise.

Make sure to use markdown formatting: H1 for title, H2 for main sections, H3 for subsections. Use bullet points or tables where appropriate. Avoid code blocks unless there's specific technical content like chemical formulas, which can be in inline code.

Double-check the length. 800 characters is about 150-200 words. Wait, no—the user said "최소 800자 이상의 충분한 내용" which translates to at least 800 characters. But that's very short for a wiki article. Maybe they meant 800 words? Or maybe the total length in Korean characters. Assuming it's 800 characters, but that seems too short. However, given the context, perhaps the user intended more. I'll proceed to write a detailed document as per the structure, ensuring each section is adequately covered.

Now, start drafting:

Title: 비수용성 전해질

Overview: Introduce what non-aqueous electrolytes are, their role in batteries, and why they're important compared to aqueous ones.

Sections: - 정의 및 기본 개념 (H2) - 전해질의 역할 - 비수용성과 수용성 비교 - 구성 요소와 특성 (H2) - 용매 종류 (예: 에틸렌 카보네이트, 디메틸 카보네이트) - 염의 역할 (LiPF6 등) - 이온 전도도 및 안정성 - 응용 분야 (H2) - 리튬 이온 배터리 - 고에너지 밀도 응용 - 도전 과제와 해결 방안 (H2) - 열 안정성 문제 - 비용과 환경 영향 - 연구 개발 동향

References: 관련 문서나 표준, 예: 리튬 이온 배터리 기술, 고체 전해질 등.

Make sure each section has enough detail. For example, in the components section, explain each part with examples and their functions. In applications, mention specific devices or industries using them. Challenges could include flammability of solvents, need for additives to improve stability, etc.

Check for clarity and flow. Avoid jargon without explanation. Use headings appropriately. Maybe add a table comparing aqueous vs non-aqueous electrolytes in terms of voltage range, conductivity, applications, etc.

Ensure that the document meets all user requirements: structure, content quality, markdown formatting, length.