GoodWe Lynx C Series Battery Review


101-156 kWh | High voltage battery

The GoodWe Lynx C Series is a high-voltage battery storage solution designed for commercial and industrial applications in Australia. Offering capacities ranging from 101 kWh to 156 kWh, these batteries can significantly boost solar energy self-consumption and reduce reliance on the grid. 

With its impressive capacity, safety features, and seamless integration with GoodWe inverters, the Lynx C Series can help you maximise solar energy self-consumption, reduce electricity costs, and achieve greater energy security.


Key features of the GoodWe Lynx C Series Battery

  • High capacity: Ranging from 101 kWh to 156 kWh, the Lynx C Series offers significant energy storage capacity, ideal for commercial and industrial applications with high power demands.
  • Safety first: LFP battery chemistry and features like insulation resistance testing ensure high safety and minimise downtime due to electrical issues.
  • Black start capability: The system can maintain operation at a reduced capacity even during grid outages, providing essential backup power.
  • Reduced electricity costs: By pairing the Lynx C Series with compatible GoodWe inverters, you can achieve high self-consumption of solar energy, lowering electricity bills.
  • Peak shaving: The battery can strategically discharge during peak demand periods, reducing your reliance on the grid and potentially lowering grid charges.
  • Faster installation: The design and moderate size of the Lynx C Series facilitate easier transportation and faster installation compared to bulkier battery systems.
  • Seamless integration: Automatic identification of PV modules simplifies system commissioning and ensures compatibility with GoodWe’s BTC and ETC inverter series.

Specifications of the GoodWe Lynx C Series Battery

  • Model options: LX C101-10, LX C120-10, LX C138-10, LX C156-10
  • Capacity: 101 kWh – 156 kWh
  • Installation location: Ground-mounted
  • Chemistry: Lithium Iron Phosphate (LFP)
  • Compatible inverters: GoodWe BTC and ETC series
  • Enclosure type: IP21

Lynx C Series Battery warranty

GoodWe offers a 10-year standard warranty on the Lynx C Series battery in Australia, providing peace of mind for your investment.

Applications of the GoodWe Lynx C Series Battery

The GoodWe Lynx C Series is well-suited for various commercial and industrial applications in Australia, including office buildings, retail stores, manufacturing facilities, warehouses, solar farms, schools and even hospitals.

  • Commercial buildings: The Lynx C Series is ideal for commercial buildings like offices, warehouses, and retail stores that want to maximise solar energy self-consumption and reduce daytime peak demand charges.
  • Industrial facilities: Manufacturing and other industrial facilities can benefit from the Lynx C Series’ high capacity and ability to provide backup power during outages.
  • Large-scale solar farms and microgrids: The Lynx C Series can be integrated into large-scale solar farms to improve grid stability and provide ancillary services.
  • Remote locations: Facilities situated off-grid or with unreliable grid access can utilise the Lynx C Series for reliable backup power.

Pros of the GoodWe Lynx C Series 101-156 kWh | High voltage battery

  • High capacity and self-consumption: Offers a large capacity range from 101 kWh to 156 kWh, enabling significant self-consumption of solar energy and reducing electricity costs.
  • Safety and reliability: Utilizes Lithium Iron Phosphate (LFP) battery chemistry for enhanced safety and thermal stability. It also supports insulation resistance testing to prevent electrical shocks.
  • Black start capability: Ensures the solar power system with storage can function even during grid outages, providing backup power and uninterrupted operation.
  • Faster installation and commissioning: The battery modules’ moderate size facilitates easier transportation and quicker installation. Automatic PV module series identification further streamlines system setup.
  • Inverter compatibility: Works seamlessly with GoodWe inverters like the BTC and ETC series for a complete energy storage solution.
  • Automatic PV module recognition: Simplifies system commissioning by automatically identifying connected solar panels.
  • Commercial and industrial suitability: Designed for commercial and industrial applications, the Lynx C Series seamlessly integrates with GoodWe’s commercial storage inverters for comprehensive energy storage solutions.
  • Lower peak demand charges: By enabling peak shaving, the Lynx C Series helps reduce reliance on grid power during peak demand periods, potentially lowering electricity bills.

Cons of the GoodWe Lynx C Series 101-156 kWh | High voltage battery

  • Limited information: Finding in-depth reviews and technical specifications readily available online can be challenging for Australian customers.
  • Price point: While commercially competitive, high-voltage battery systems have higher upfront costs than standard home batteries.

Is the GoodWe Lynx C Series right for you?

If you’re a commercial or industrial facility owner in Australia with a sizeable solar power system, the GoodWe Lynx C Series could be a perfect fit. Here are some factors to consider:

  • Available space: The Lynx C Series boasts a modular design for flexible placement, but ensure you have adequate space for the chosen battery capacity.
  • Maximise self-consumption: If you have a substantial solar power system and want to utilise more of the generated energy on-site, the Lynx C Series can significantly increase self-consumption rates.
  • Reduce electricity costs: You can potentially lower your electricity bills by storing solar energy and strategically discharging it during peak grid periods.
  • Improve grid independence: The black start capability offers backup power during outages, enhancing your resilience against grid instability.
  • Large-scale energy storage: With capacities exceeding 100 kWh, the Lynx C Series is designed for commercial and industrial applications with high energy demands.

GoodWe news