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<br />Energport Inc Page 22 /24 <br />without loose, contact resistance and short circuit. <br />8. After the connection, you must confirm and measure point by point. <br />9. All connection points must ensure that no other parts of the outer box or contact circuit <br />10. Other uncertainties that need to consult a professional to be implemented after <br />confirmation. <br />12.2 Moisture proof and Waterproof <br />Battery system is energy storage device and there are many control harnesses and single cells. <br />When liquid enters the battery may cause short circuit, leakage of electricity, single cell and <br />electronic circuits and connectors corrosion, so it must be ensured that the battery system will not <br />be soaked by any kinds of liquids and the moist air is forbidden to enter into the battery system. <br />The battery system can never be exposed under the sun and rain. If the battery system is soaked by <br />liquid or gets wet in rain, it needs to be immediately maintained. Battery system installation space <br />must fully consider the waterproof function. <br />12.3 Thermal Insulation <br />Battery systems must be maintained at optimum operating temperature range, which can greatly <br />extend battery life and improve battery safety performance. Temperature limits should fully meet the <br />specifications of the various definitions and the battery system installation space should be ventilated, <br />thermal insulation, non-direct sunlight. Prohibit heat directly in the sunlight to pass underneath the <br />battery and batteries in cold winter heat directly emitted to the outside world. <br />12.4 Shockproof and Crushproof <br />The battery system installation must be firm and reliable without any loose and shaking. Prohibit <br />turning or tilting the battery system installation, shockproof cushion pads must be installed at the <br />bottom of the battery system in order to prevent the battery from severe vibration to influence battery <br />connection reliability. External battery system installation space must have sufficient strength crash <br />protection devices to\ ensure the general collision does not directly damage the battery system and <br />batteries, which will avoid causing the battery to a security incident (direct short circuit, overheating, <br />burning, etc.). <br />12.5 Insulation <br />All power connections section of the battery system must be ensured that there are adequate <br />insulation protection measures. The battery positive pole and negative pole should be ensured that <br />they will not touch with pack box in any case, to avoid leakage electricity and short circuit. At any <br />time, of the positive pole and the negative pole should not be directly connected leading short <br />circuit, or it may cause significant safety and electrical shock. <br />12.6 Accident Disposal <br />Every effort should promptly take correct and effective action to dispose of Battery system and <br />exclude further damage and losses when anomalies and accidents happen: <br />85