Product News

Sodium-ion battery storage can support pump motor startup loads only when the system is designed for startup current, not just running power. Pump motors may need several times their normal current during startup, so “5–8×” estimates are useful only for early screening. Final sizing should follow motor nameplate data, locked-rotor data, inverter limits, and application…

Expanding a 48V sodium-ion storage system is not just adding another pack in parallel. More packs can increase backup time, but may also cause SOC imbalance, uneven current sharing, early BMS protection, inaccurate runtime display, and difficult recovery after deep discharge. Because sodium-ion batteries differ from lead-acid or LiFePO4 in voltage curve, SOC mapping, low-temperature…

Replacing telecom lead-acid batteries with sodium-ion battery packs is not just a 48V battery swap. It is a DC power system compatibility question. A sodium-ion pack may fit the cabinet, but your existing rectifier may still follow lead-acid charging logic. Your site may pass power-on testing, then fail during a real outage, recharge, alarm handling,…

Factory Battery Storage Quotation: What Load Data Should You Send First? If your factory is considering battery storage, a kWh-only price can easily lead to the wrong system. A 100kWh battery or 500kWh battery may look large enough on paper, but it may still fail to reduce demand charges, support backup loads, use surplus solar…

How to Parallel Sodium-ion Battery Packs Safely in Telecom Backup Cabinets. Parallel sodium-ion battery packs can increase telecom backup capacity, but one weak current path, SOC mismatch, communication fault, or BMS trip can reduce usable capacity or cause chain shutdown. A reliable cabinet must act as one coordinated backup bank, with matched packs, balanced wiring,…

Why Remote Solar Cameras Go Offline When Battery BMS Enters Sleep Mode. Remote solar cameras may go offline when the battery enters BMS sleep or protection after low voltage. Once output is disconnected, the camera and controller may shut down, and some solar controllers may not wake the battery automatically. For remote security, farms, construction…

How to Size Sodium-ion Battery for Dusk-to-dawn Solar Lighting. Sizing sodium-ion batteries for dusk-to-dawn solar lighting is more than an Ah calculation. The pack must support night energy use, cloudy-day reserve, limited solar recovery, cold-weather charging, and stable LED brightness without repeated BMS protection. Many projects fail because real conditions include long winter nights, dimming…

Can Sodium-ion Battery Packs Handle Regenerative Braking in Golf Carts? Sodium-ion battery packs can handle golf cart regenerative braking only if the finished pack can safely accept reverse charging current during deceleration or downhill driving. If the BMS, controller, voltage window, SOC, temperature limits, and recovery logic are not matched, the cart may lose regen,…

Can a Golf Cart Lead-acid Charger Charge a Sodium-ion Battery Pack? A golf cart lead-acid charger should not be assumed compatible with a sodium-ion battery pack just because it fits or starts charging. The real issue is whether its voltage, charge profile, termination, temperature compensation, BMS wake-up, and recovery behavior match the pack. Use a…

How to Store RV Sodium-ion Battery Packs During the Off-season. Off-season RV sodium-ion battery storage is more than turning the RV off. Small loads, weak winter solar, cold charging limits, and BMS sleep or protection can all affect recovery after months of idle time. Storage should be planned at the finished-pack level, including the BMS,…

Battery Compartment Design for RV Sodium-ion Battery Packs. An RV sodium-ion battery pack is not defined only by voltage, capacity, and chemistry. The compartment also controls safety, moisture, voltage drop, vibration, service access, and recovery. If the compartment traps heat or cold, exposes terminals, forces poor cable routing, or blocks maintenance, even a good pack…

Do Sodium-Ion Battery Lose Capacity If Stored at 0V for Long Periods? A sodium-ion battery that reads 0V makes many buyers uneasy for a simple reason: in lithium-ion systems, deep over-discharge can mean safety risk, permanent damage, or both. Sodium-ion changes that discussion, but it does not remove the risk. The most accurate answer is…