Energy Storage Systems (ESS)

Energy Storage Systems (ESS)

The use of energy storage systems (ESS) is on the rise—increasing the availability and reliability of alternative energy sources. ESSs are used in a variety of industries and deployment environments, many that include harsh conditions. This requires ESS design to be rugged. SiTime MEMS timing products provide excellent temperature stability and resilience to environmental stressors, making them an ideal solution for ESS.

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SiTime MEMS Timing Benefits

A leader in industrial timing

Better quality and reliability

Custom configured solutions

Small form factor

Accurate and robust

Excellent stability over temperature

Better shock/vibration resistance

EMI resilience

Easy to use, built to last

No quartz reliability issues

>2 billion hour MTBF

Lifetime warranty

Energy storage systems sometimes also referred to as battery energy storage systems (BESS), are devices that enable energy from renewables, like solar and wind, to be stored and then released on demand. A typical ESS consists of a battery pack, an inverter, a power optimizer, plus a battery management system (BMS) to monitor the health of the cells. 

ESS systems can be configured in four ways depending on whether they operate off grid or with a grid tie-in. The four general configurations are:

  • Off-Grid: AC coupled
  • Grid Tie-In: AC coupled
  • Off-Grid: DC coupled
  • Grid Tie-In: DC coupled

These systems need to withstand the elements as they are subjected to temperature variations, which can be extreme depending on where they are deployed. SiTime timing solutions, with temperature stability and extended temp capability, are an ideal solution whether you’re designing a BMS, an inverter, or power optimizer as shown below.

Energy Storge Systems (ESS) Block Diagrams

Energy Storage Systems (ESS) Block Diagramssitime.comSiT9025SiT8021XO SiT8021SiT8021

MEMS Timing for Energy Storage Systems (ESS)

Devices Key Features Key Values
Single-ended Oscillator
SiT8021  1 to 26 MHz
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  • -40°C to +85°C
  • ±20 ppm stability
  • 1.5 x 0.8 mm package
  • High reliability
  • Extended temperature range
  • Small footprint
Single-ended Oscillator
SiT9025  1 to 150 MHz
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  • Up to -55°C to +125°C
  • Spread spectrum
  • Configurable rise / fall times
  • 2016, 2520, 3225 packages
  • High reliability
  • Extended temperature range
  • EMI Reduction
Differential Oscillators
SiT9376  1 to 220 MHz
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SiT9377  220 to 920 MHz
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  • Low jitter: < 150 fs RMS [1]
  • ±30, ±50 ppm stability over -40 to +125°C
  • LVPECL, LVDS, HCSL, Low-power HCSL, FlexSwing™
  • 2016, 2520, 3225 packages
  • High reliability
  • Low jitter
Super-TCXO
SiT5356  1 to 60 MHz
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SiT5357  60 to 220 MHz
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  • ±0.1, ±0.2, ±0.25 ppm stability
  • ±1 ppb/°C frequency slope
  • -40°C to 105°C
  • Low jitter: 0.31 ps RMS [1]
  • Optional voltage or digital frequency control
  • High accuracy
  • Excellent frequency stability even with fast temperature gradients
32.768 kHz Oscillator
SiT1811
  • ±20, ±50, ±100 ppm stability
  • 1.14 to 3.63 V supply
  • < 490 nA consumption
  • Up to -40°C to +105°C
  • 1.2 x 1.1 mm
  • < 115 ms startup time
  • Low power
  • Small footprint
  • Excellent stability
  • Faster startup time than 32.768 kHz tuning-fork crystal enables faster system startup

1 12 kHz to 20 MHz integration range

SiTime Advantages

All SiTime devices offer the following advantages over quartz crystals, which are particularly important for Industrial applications:

  • Factory programmable to any frequency
  • Higher reliability than quartz
  • No activity dip or cold start issues
  • Wide operating temp (-40°C to 105°C)

MEMS Timing Outperforms Quartz

Higher Reliability

Better EMI Reduction

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SiTime timing devices are up to 50x more reliable than legacy quartz

 

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SiTime – Better EMI Reduction

 

Ultra-Low Phase Noise, 156.25 MHz

Better Vibration Resistance

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SiTime – Ultra-Low Phase Noise, 156.25 MHz

 

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SiTime – Better Vibration Resistance

 

Immune to Vibration

Better Noise Rejection

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SiTime – Immune to Vibration
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SiTime – Better Noise Rejection
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