Applikazzjoni Riċerka ta ' Ġdid Enerġija Ħażna Sistema U Enerġija Ħażna Batterija

Huwa li jwassal għal titjib il - qawwa ġenerazzjoni effiċjenza ta ' rinnovabbli enerġija.

 

Bi il-rapid żvilupp ta' ġdid enerġija ħażna teknoloġija, renewable energy in the supply of energy production materials achieved breakthrough development in the fields of heating, water supply, heating, refriġeration, hydrogen production, etc. In particular, renewable energy has shown a good trend of rapid regional development, technical formation and matching, and continuous promotion in the application of energy storage batteriji. After renewable energy is used in the field of power generation, the impact rate of random factors in power generation is greatly reduced, li not only improves the ability to supplement electric energy, but also enhances the adjustability of power supply, and better meets the requirements of market adaptability. Il-produzzjoni kunċett ta ' tagħna ġdid enerġija LiFePo4 Prismatic Batterija Aluminju Ċelloli jaderixxi għal ambjentali protezzjoni u rinnovabbli , li jilgħab rwol fi ambjentali protezzjoni.

 

Huwa li jwassal biex jiltaqa ' ir-rekwiżiti ta' diversifikat enerġija ħażna sistema ġestjoni.

 

 

 

 

 

Nuqqas ta' fit-tul strateġiku ippjanar

Għalkemm my country attached great importance to the research of energy energy storage technology in recent years and made made great progress in the research of key technologies, compared with the increasingly tense situation of energy demand in my country, there is there still a gap in the research of energy storage in the research of energy storage systems and energy storage system and energy storage system and energy storage battery applications, li is maprin reflected in the following two aspects:
1. New energy storage technology started late in my country, basic theoretical research is not in-depth enough, the country's guidance on the formulation of new energy strategic planning and the establishment of a technical support system is insuffiċjenti, and the new energy storage system has not yet fully established a knowledge system with independent property rights, and the core technology and key equipment are highly dependent on importazzjonijiet. Enerġija ġdida ċellula litju batterija Aluminju qoxra huwa applikat għal ġdid enerġija ħażna sistemi, u aktar ambjentalment faċli teknoloġiji huma żviluppati fil fond.
2. The economic benefit measurement of new energy storage systems lacks unified standards, li direttament affects the market-oriented and commercial operation of new energy storage systems and affects the realiization of diversified development and market benefits.

 

Sistema sigurtà perikli jeżistu
Il- batterija konverżjoni sistema in il kostruzzjoni ta' konvenzjonali enerġija ħażna power stations in my country mostly adopts a high-power DC iċċarġjar pile power supply mode, li leads to a large difference between the new energy storage system and the AC power grid topology utilization, li is prone to the following three safety hazards:
1. L-ispeċifikazzjoni disinn kapaċità bejn batterija pakketti huwa inkonsistenti, li huwa faċli biex jikkawża eċċessiv ċirkolazzjoni u jaggrava batterija tixjiħ.
2. The DC bus load is prone to short circuit, causing the internal temperature of the battery to rise too quickly and cause accidents, resulting in loss of personnel and life and property.
3. The DC relay protection system switch and overvoltage protection device of the energy storage system are up to standard, and the internal temperature of the battery is too high to produce overcurrent faults, causing leakage current. If it cannot be handled in time, it is easy to cause in time, it is easy to cause heat accumulation in the battery cabinet, cable and other parts, causing fire.
Il ġdid enerġija EV Batterija Borża Ċellula Aluminju Każ jadotta strett speċifikazzjoni kontroll, u kwalità għolja prodotti jista ' jipprovdi sigurtà protezzjoni għal l enerġija ħażna sistema.

 

Tekniku Standards Lag
L- standards tekniċi għal ġodda enerġija ħażna sistemi u enerġija ħażna batteriji huma lagging wara serjament , li jirriżultaw fi dan li ġej tlieta avvers effetti:
1. The standardization of the new energy storage system industry is not high, resulting in overly simple planning and design of energy storage projects and feasibility study processes, unclear key skill indicators, and non-standard inspection and testing of project results.
2. The testing and inspection period of new energy storage systems is too short and the threshold of safety inspection departments is low, which is not conducive to the long-term development of new energy storage systems and energy storage battery applications.

 

 

Żid il - kontroll u R % 26D sforzi ta ' enerġija ħażna sistemi

Żieda il kontroll u R&D sforzi ta' ġdid enerġija sistemi għandhom fokus fuq dawn li ġejjin erbgħa aspetti:
1. Riċerka on chemical energy storage technology should be based on the support of the system and through the establishment of a complete of the establishment of a complete technical system, the effective conversion of chemical energy into electrical energy can be achieved.
2. Riċerka on ġdid idroġenu enerġija ħażna teknoloġija għandu jikkombina ċavetta passi talb bħal idroġenu produzzjoni, idroġenu ħażna, idroġenu idroġenu ħażna, idroġenu trasmissjoni , u idroġenu rilaxx , u iddefinixxi il - ambitu ta ' applikazzjoni u applikabbli oqsma skond il - differenti proċess karatteristiċi ta ' idroġenu produzzjoni minn naturali gass u faħam gass .

Ottimizza il - prestazzjoni ta ' batterija ġestjoni sistema

Fi il-proċess ta ' bini ġdid enerġija ħażna sistemi , ottimizzazzjoni il prestazzjoni ta' batterija ġestjoni sistemi għandhom be a top prijorità. Hemm huma tlieta speċifiċi miżuri:
1. We should enhance our understanding of the importance of the construction of battery management system functions. On the one hand, we should check the potential problems of the system through conventional screening methods such pressure difference and temperature difference. On the other hand, we should use use advanced testing processes and testing equipment to collect parameter samples and operation data to ensure li the battery ġestjoni sistema huwa dejjem taħt kontroll. Tagħna ġdid enerġija Aluminju Laminat Borża għal Li-ion Batteriji użi l- l-aktar avvanzat proċess tagħmir, bi preċiżjoni jikkalkula kull wieħed data, u strettament kontrolli kull link in produzzjoni.
2. Based on the in-depth analysis of the battery management system parameters, should focus on multi-level and comprehensive battery parameter analysis, and provide advance warning of battery hispold dangers in different scenarios from different different from different dimensions such time, space and function.
3. Tibda minn il attwali kontroll ta ' enerġija ħażna sistema komunikazzjoni u tagħmir operazzjoni parametri, aħna kondotta riċerka fuq estensjoni is-servizz ħajja ta ' enerġija ħażna batteriji u tnaqqis batterija degradazzjoni , ipprova tagħna l-aħjar biex iżżomm l-aħjar l-aħjar kapaċità u topera kapaċità ta ' single cells, ittejjeb il- kosteffettività ta' batteriji, testendi is-servizz servizz ħajja % 2c u ittejjeb il ġenerali ekonomija benefiċċji ta ' batterija ġestjoni sistemi. Tagħna ġdid enerġija Aluminju Liga Prismatic Batterija Każ huwa magħmul minn high-end materjali, li effettivament jestendi is-servizz ħajja ta ' batteriji u għandu a għoli kosteffettività.

 

 

Tagħna prodott , ġdid enerġija Aluminju Laminat Borża għal Li-ion Batteriji, huwa prodott bl-użu teknoloġija avvanzata produzzjoni tagħmir u l- l-aktar string ittestjar metodi għal kull produzzjoni link. Ram materjal huwa użat bħala il- main produzzjoni materjal, u il-kunċett ta ' enerġija konservazzjoni u ambjentali protezzjoni huwa ukoll implimentat biex jimminimizza konsum u jimmassimizza ambjentali protezzjoni. Tagħna EV Batterija Borża Ċellula Aluminju Każ plays a sinifikanti rwol fil promozzjoni l-applikazzjoni ta ' ġdid enerġija ħażna sistemi u enerġija ħażna batteriji.

 

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