ABOUT US

FAQ

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Our portfolio encompasses a diverse ra↕©nge of lithium-ion energy storag→₩∏e solutions for various applica÷♠€tions you can find in ou✘β​↔r solutions and products columnδ↔γs in our website. Pa‌®rticularly we special≤↑Ω"ize in providing tailor ☆​ed customization solutions to ¥ meet specific clients’ requ∑✘‍irements.
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How Do We Guarantee >∞≤Quality?

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We keep up to date and com£∏ply with effective Wise Energ‌≤y quality control systems, from φ'strict pre-production inc∞↑oming material inspections to ensure ¥ consistency before mass p​•÷roduction commences; fol‌&lowed by rigorous process cont©¥↑rol and furthermore end of line testi✔€δng for each product un↕γ‍γdergoes a comprehensive final​​₽ inspection prior to shipment, e¥¶nsuring adherence to γ ™​the highest quality standa≈©rds.
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How To Initiate A Customized Proje→¶§εct?

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To initiate a customized₩↓ project, submit your requirement±♥→δs in our products-cu✘±γstomization column or s☆↓↕end us your specific reqσ♠•uirements, drawings, information♦ε♦ via email. Our team ↓¶will review and analyze your informε×ation, then propose a taiδ§↓∑lored solution aligned with your object  &∞ives for a most ideal≠' solution for your applic ×÷>ation.
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As a dedicated lithium-ion battery inte↑÷₽©grator based on over 20 year expe☆"φ​rtise, we pride ourselves on offering u₽₹nparalleled expertise and reliability. ★ΩOur commitment to providing supe✘>>rior services and products ₹‌☆ sets us apart from "♠≠∏other suppliers in the industry♥∑.
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Payment Currency: We acc♦≠ →ept CNY, EUR, GBP and USD, accommodatin♦βλg our international clienφ←₽tele. Payment Type: T×≤elegraphic Transfer (T/T) is ourσ¥ preferred mode of payment for seamles☆λs financial transactions. La☆‌nguage Support: We a↕§"re fluent in English, enabling clear←₩σ☆ and effective communicatε≥ion with clients all over the wor™>Ω®ld.
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The fundamental difference is &¶the anode(the negative polar​¥Ω of lithium ion cell)  ≥ §material, instead of graphite as thπ‌e anode material of •♣other lithium -ion batteries, Lithiu'₽​m Titanate battery has LTO(lithium ti ε<≈tanate oxides)as the anode mater≥≈∞ial which changes the lithium ion c≈ ♣δell’s micro structure from 2-D strati₽₽©fied vulnerable structure toε✔β a 3-D stereo-chemical non¶∞crystalline fused micro-sph&÷♠☆ere particle structu<←re, where the stability of the cε​ell chemical compound been sig∑☆nificantly improved and cycle life, higγ≥h C-rate (current/power ) capability, eπ≈π&lectrochemical safety,‌ ₹♣ durability, and resistε>$>ance to extreme high and low tempe≤σλφratures all been dramatically pr ←omoted.
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How do I choose the right b'πattery for my application?

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Customers should choose battery based o↓±n their application. L> ook into the parameters i✔σ©ncluding energy, power, current, r≥→♣estricted space, operation&¶ environment, chargin✔↕ε∞g conditions etc to decide what i☆‌§$s the right battery. Wise Energy wil₩✔♠l propose customer the best econom‍≥£ically and performance wise efficient p>≈©←roducts. We are always happy to givγγφe customer professional advice on p↕∑roducts selection.
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What are the safety featu∏₩≈res of your energy storage battε✘✘§eries?

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LTO’s low reactivity₽γ↑ with electrolyte eliminates Soli"↑d Electrolyte Interface(S>™∏EI) layer creating improves the≠>≤rmal stability and safety; meanwhi≤÷le LTO is capable of ab™✔₩§sorbing oxygen molecules  ÷>at very high temperatures $®from cathode degradatio↕≤λn that reduce risk of thermal runaway a≥​nd increasing safety; furthermore LTO ​‌φ£chemistry eliminates creatio≈¶​n of dendrite that rσ←★educe risk of internal cell​∏' short circuits. At 240℃ ©₹✘LTO still provides unmλβatched safety performance, co¶✔mpare with other lithium ion batteries ✘♥εwhich already experience catastrophi←σc failure at 160℃. With voltage bounda"↓ry up to 6V and -55℃~60℃ wide t←±emperature ranges provide ♣ ↓≤greater safety margin. ♣ ₽↓When experience deadly over chargin™✘↑✔g for lithium-ion batter₹✔y, LTO can hold up to over 1≠±≥ hours after voltage ∞ limit, while other lithium ion batter‌§y already started to emit f↔‌lammable gas after several minutes af"σ∏→ter hitting voltage limit.
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