LiFePO4 Cells  •  Battery Packs  •  DIY Kits  •  Energy Storage Systems

info@deligreen.net   WhatsApp: +86 15074995718

PRODUCT UPDATE

News

Explore the latest product releases, technical updates, project developments and insights from the battery and energy storage industry.

How Should Battery Pack Structures Be Designed?

Battery packs are responsible for continuous power supply, and their structural design directly affects internal space utilization, assembly efficiency, and long-term operating performance. For different equipment platforms and operating environments, designers need to plan around cell

How Many Years Before a Lithium Deep-Cycle Battery Needs to Be Replaced

The service life of lithium deep-cycle batteries differs from that of ordinary disposable batteries. Deep-cycle lithium batteries repeatedly undergo charging and discharging, and their capacity gradually decreases with the number of cycles, operating time, working temperature,

What Is the Best Charging Depth for Lithium Deep-Cycle Batteries

Lithium deep-cycle batteries need to undergo many repeated charging and discharging cycles, so the charge and discharge range directly affects the actual usable capacity, cycle count, and long-term operating condition. In daily use, the more commonly

What Are the Requirements for Battery Pack Insulation Design?

A battery pack contains multiple cells, connecting tabs, wiring harnesses, and protection circuits. Reliable isolation must be maintained between different conductive components. Improper insulation design may cause leakage, short circuits, and localized overheating, and in severe

How to Choose the Output Voltage of a LiFePO4 Battery Charger?

Lithium iron phosphate (LiFePO4) batteries are widely used in RV energy storage, solar energy storage, communication backup power, electric equipment, and commercial and industrial energy storage systems because of their long cycle life, stable safety performance,

What Precautions Should Be Taken When Charging and Discharging Battery Packs?

Battery packs provide continuous power and store energy during equipment operation. The charging and discharging process directly affects capacity retention, output stability, and operational safety. Charging current, discharge load, operating temperature, cell consistency, and BMS management

How to Calculate Battery Voltage and Ah Capacity?

When buying a battery, you may see specifications such as “51.2V 100Ah” or “48V 200Ah.” But what do these numbers actually mean? How long can a 100Ah battery run your equipment? Does a higher voltage always

How to Match Battery Voltage with Inverter Input Voltage?

When buying a battery for an energy storage system, one question often causes confusion: the inverter says 48V, but the battery is labeled 51.2V. Can they actually work together? Many buyers also get confused when they

What Causes Battery Pack Capacity Degradation?

The longer a battery pack is used, the more its capacity generally declines, although the degradation rate varies among different products. Capacity degradation may lead to shorter runtime, reduced power supply capability, increased internal resistance, and

How to Install a 3.6kWh Wall-Mounted Energy Storage Battery?

A 3.6kWh wall-mounted energy storage battery is designed for residential solar energy storage, backup power, and daily energy management. Compared with traditional floor-standing storage equipment, the wall-mounted design saves floor space and can be installed in

How Long Can a 3

A 3.6kWh energy storage battery is a common capacity option for residential solar energy storage and backup power applications. However, its actual operating time cannot be determined from the “3.6kWh” rating alone. Usable battery capacity, household

What Is the Relationship Between LiFePO4 Battery Voltage and Remaining Capacity?

“How much power is left in the battery?” For many people, the first reaction is to measure the voltage with a multimeter. When they see 51.2V, they assume the battery still has plenty of power. When

LiFePO4 Battery Solution for Hotel Energy Storage Systems

LiFePO4 Battery Solution for Hotel Energy Storage Systems

Explain protection, balancing, communication, temperature sensing and model-specific BMS considerations.

9:48 am
How Should Battery Pack Structures Be Designed?

How Should Battery Pack Structures Be Designed?

Explain protection, balancing, communication, temperature sensing and model-specific BMS considerations.

9:25 am

Why Has Hard Carbon Become an Important Anode Material for Sodium-Ion Batteries?

Explain protection, balancing, communication, temperature sensing and model-specific BMS considerations.

9:14 am

What Are the Functions of the Cathode, Anode, and Electrolyte in Sodium-Ion Batteries?

Explain protection, balancing, communication, temperature sensing and model-specific BMS considerations.

9:12 am
How Many Years Before a Lithium Deep-Cycle Battery Needs to Be Replaced

How Many Years Before a Lithium Deep-Cycle Battery Needs to Be Replaced?

Explain protection, balancing, communication, temperature sensing and model-specific BMS considerations.

8:39 am
What Is the Best Charging Depth for Lithium Deep-Cycle Batteries

What Is the Best Charging Depth for Lithium Deep-Cycle Batteries?

Explain protection, balancing, communication, temperature sensing and model-specific BMS considerations.

8:33 am

NEED PRODUCT INFORMATION?

Get the Right Battery Product and Quote

Tell us the product category, quantity, destination country and your application. We will help route you to the suitable product, quote or technical information.

Product Information

Model and configuration discussion

Bulk Quote

Project and volume order path

Technical Support

Application guidance

Shipping Support

Delivery and documents

Get My Battery Quote

Replace the placeholder sales mailbox before publishing.

Product Updates

New product and document content

Battery Knowledge

Practical buyer guidance

Global Shipping

Delivery support information

Technical Support

Application discussion

OEM/ODM Service

Custom project path