FAQ

Our portfolio encompasse<✔∞s a diverse range of lithium-ion ene≤←δ©rgy storage solutions for various a↔pplications you can find in×↓✘ our solutions and products colum↔ ∑ns in our website. Pa€☆rticularly we specialize¥®★ in providing tailored customα¥₹'ization solutions to meet spββecific clients’ requirements.

We keep up to date and comply with effe¶✘ctive Wise Energy quality control syst↑♥γ≥ems, from strict pre-pr≥≈₽&oduction incoming material ∏γinspections to ensure σconsistency before mass productio∏≤÷♣n commences; followed by rigorous proceπ 'ss control and furtherm↑∞ore end of line testi£↓ng for each product undergoes ∏•a comprehensive final in©δspection prior to sh₹✔ipment, ensuring adherenc→←♣e to the highest qualit≤εy standards.

To initiate a customized project↔δ→, submit your requirement©εs in our products-customiza£ tion column or send us your specific r₽¥σequirements, drawings, information vi<←☆a email. Our team will review and analy✔♣↓αze your information, then propose a t'$&£ailored solution aligned with yo™↑"←ur objectives for a most idealλ✘ solution for your app↑®÷lication.

As a dedicated lithium-ion batteryγ€£₩ integrator based on over 20 year expe§" rtise, we pride ourselves on ofα •πfering unparalleled expertise and relia₩™"bility. Our commitment to providin€∞g superior services and •β™products sets us apart fro♦ m other suppliers in the industry.

Payment Currency: We acc ept CNY, EUR, GBP and USD, accommo₹>dating our international γ±∞ clientele.
Payment Type:×↓ Telegraphic Transfer (T/T) σ¶is our preferred mode of payment for se₽☆☆amless financial transactα♦©ions.
Language Support: We are flue®✘$nt in English, enabling clear an≈¶d effective communication with clie♠"nts all over the world.

The fundamental difference i∞∑¥∑s the anode(the negative pola∞↔φ→r of lithium ion cell) mΩ← £aterial, instead of graphite as the an£₹×πode material of othe×≠≈πr lithium -ion batteries, Lit→β≥hium Titanate battery has<& LTO(lithium titanate oxides)&Ω×as the anode material wh ←ich changes the lithium↔π ion cell’s micro structur>£e from 2-D stratified vulnerable s¥™&tructure to a 3-D stereo ±&≥-chemical noncrystalline fus≈ £ed micro-sphere particle stru£≤§£cture, where the stability of the ce✘€∞ll chemical compound been significa$→≠ntly improved and cycle life, high C-≈↓¥rate (current/power ) capability, elect™©< rochemical safety, durability,♦↔" and resistance to extremeγ≤ high and low temperatures ±Ω™✘all been dramatically pφ↕★romoted.

Customers should choose battery based ₹"¥on their application. Look into≤✘↓ the parameters including eneΩ✘rgy, power, current, restricted space, &λ ≠operation environment, charging cond♣↔•≥itions etc to decide what is the∑₹∏ right battery. Wise En¶§¶ergy will propose cu"¥stomer the best economica↔☆lly and performance wise effici<♦>®ent products. We are always happy to ↓'↔give customer professional a¶>βdvice on products selection.

LTO’s low reactivity with electrolyte e•§∑liminates Solid Electrolyte Interδ←face(SEI) layer creating improvesπ × thermal stability and safety≥÷; meanwhile LTO is capable ofε✔©€ absorbing oxygen molecules at v™∞&ery high temperatures from cat¶≥hode degradation that $≤reduce risk of thermal runaway¶↑∑¥ and increasing safety¥↑↓π; furthermore LTO chemistry el ™γ®iminates creation of dendrite t≥★∞βhat reduce risk of internal cell s¶€hort circuits. At 240℃ LTO still$ λ< provides unmatched safety performance,∞§ compare with other lithium ion ba↕$tteries which already experie ♥α>nce catastrophic fai<↔÷♦lure at 160℃. With voltage boun±✘≠dary up to 6V and -55℃~→$₽60℃ wide temperature✔δ∏ ranges provide greater safety σ→φ←margin. When experien≥®÷ce deadly over charging for lith∑$>ium-ion battery, LTO can ho® ld up to over 1 hours after voltage ×₩αlimit, while other lith•×σium ion battery already s φtarted to emit flammable gas after se&₩veral minutes after hitting volt£β≠age limit.