Precision Timing for Sustainable Energy

Energy Storage System Field

1. Core Application Scenarios


• Lithium Battery Energy Storage (BMS): Charge and discharge balance control, battery health status (SOH) monitoring, peak shaving and valley filling scheduling for the grid.


• Household Energy Storage Devices: Intelligent control of household energy distribution, photovoltaic-storage linkage, emergency power switching.


• Industrial-Grade Energy Storage Cabinets: Energy storage capacity monitoring in high-temperature environments, collaborative operation of multiple cabinets.


2. Recommended Crystal Oscillator Products and Solutions


Application Scenario

Recommended Oscillator Type
Model Reference
Core Advantages
Adaptation Value

Battery Management System (BMS)

Glass Package Crystal

7Z, 7V, 6I

High temperature resistance, hard cover that is not easily deformed, supports potting process, low thermal conductivity

Suitable for closed high-temperature environments of energy storage cabinets, ensuring stable BMS operation

Energy Storage Scheduling Main Control Unit

HCMOS Clock Oscillator (XO)

3N, 2N, 1N, 0N

Wide output frequency range (1MHz~200MHz), strong voltage compatibility (1.8V~3.3V), low jitter

Supports precise calculations for millisecond-level charge and discharge regulation

Outdoor Energy Storage Devices
SMD Crystal (XTAL)

7R, 7L

Moisture resistance, strong cost adaptability, reliable stability
Meets cost-effectiveness requirements for household/small energy storage devices

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