Turn Stored Energy into Operational Value
Multiple battery cabinet capacities
Modular Capacity for Different Sites
Choose from battery capacities ranging from 71.68 to 232.96 kWh and power configurations from 20 to 125 kW. The modular architecture makes it easier to match storage capacity with site load, solar generation and charging demand.
LFP battery chemistry
Designed for Safer Operation
LFP battery chemistry, integrated BMS monitoring and cabinet-level protection help manage battery temperature, voltage and operating conditions throughout the system lifecycle. Selected configurations include alarms, ventilation and multi-level fire-protection measures for commercial and industrial environments.
On-grid and off-grid configurations
Solar, Grid and Backup Integration
Connect battery storage with solar PV, the utility grid, generators and critical loads. Depending on the system configuration, the ESS can support both on-grid energy optimisation and off-grid backup operation.
Real-time energy monitoring
Intelligent Energy Management
Integrated BMS and EMS coordination provides real-time visibility into battery status, site power flow and system performance. Cloud-based monitoring supports remote operation, energy scheduling and fault management.
- More Than Battery Storage
Part of the Joint Energy Hub Ecosystem
commercial EVs
Ultra-Fast Charging
Commercial Energy Systems
commercial solar panel
Higher Uptime
Battery backup supports critical loads during grid interruptions, helping EV charging sites, fleets and commercial facilities maintain essential operations.
AI-Driven Operations
Manage solar, battery storage, EV chargers and site loads through one intelligent platform. Use energy and demand forecasts to improve charging and storage schedules.
Faster ROI
Store electricity during lower-cost periods and discharge during peak demand to improve energy utilisation and support stronger long-term project returns.
Maximise Solar Value
Store surplus solar generation and use it later for EV charging or facility loads, reducing curtailment and dependence on grid electricity.
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FAQ
What capacities are available?
The commercial ESS series offers nominal battery capacities from 71.68 to 232.96 kWh. The recommended configuration depends on site load, solar capacity, EV charging demand, tariff structure and backup-power requirements.
Can the system be connected to solar PV?
Yes. Depending on the selected inverter and system architecture, the ESS can support AC-coupled or DC-coupled solar-storage configurations.
Can the ESS provide backup power during a grid outage?
Selected system configurations support off-grid operation and backup loads. The required inverter and automatic switching equipment depend on system power and project design.
Is the system suitable for EV charging stations?
Yes. Battery storage can supply energy during periods of high charging demand, store surplus solar power and help reduce the peak grid load of an EV charging site.
What battery chemistry does the system use?
The system uses lithium iron phosphate, or LFP, battery chemistry.
Can the ESS be monitored remotely?
Yes. The system supports cloud-based monitoring for battery status, operating data, alarms and site energy flows, subject to the selected EMS and communication configuration.
How do I select the correct ESS capacity?
System sizing should consider the site load profile, maximum demand, solar generation, electricity tariffs, EV charging requirements, backup duration and available grid capacity. Joint can recommend a configuration after reviewing the project data.
Connect Solar, Storage and EV Charging in One System
Tell us about your site capacity, available area, energy demand and charging requirements. Our team can help configure a solar-storage-charging solution around your operational goals.