Description
SAJ 50kW All-In-One Energy Storage Solution – 100kWh
50kW / 100kWh Commercial & Industrial Energy Storage System
The SAJ 50kW All-In-One Energy Storage Solution combines 50kW power conversion capacity with 100kWh of battery energy storage in an integrated commercial energy-storage solution.
Designed for commercial and industrial applications, the system can help businesses store solar energy, reduce dependence on grid electricity, manage peak demand and provide backup power for critical loads.
Its all-in-one architecture simplifies the deployment of a commercial BESS by integrating key energy-storage components into a coordinated system.
Key Features
- 50kW rated power
- 100kWh energy storage capacity
- All-in-one energy-storage architecture
- Commercial & industrial application
- Suitable for solar + BESS systems
- Peak shaving and load shifting
- Backup power applications
- Solar self-consumption optimization
- Energy management capability
- Integrated commercial energy-storage solution
- Suitable for scalable C&I projects
System Capacity
| Specification | Rating |
|---|---|
| Rated Power | 50 kW |
| Battery Energy Capacity | 100 kWh |
| Energy-to-Power Ratio | 2 hours nominal at 50kW, subject to system operating limits |
| Application | Commercial & Industrial BESS |
| System Type | All-in-One Energy Storage Solution |
Actual usable energy, continuous output power, operating limits and backup duration depend on the final system configuration and manufacturer specifications.
Commercial Applications
The SAJ 50kW / 100kWh system is suitable for:
- Factories
- Hotels
- Hospitals
- Offices
- Schools and universities
- Retail facilities
- Warehouses
- Agricultural facilities
- Flower farms
- Small manufacturing plants
- Commercial buildings
- Solar + battery installations
- Backup-power systems
Key Applications
Solar Energy Storage
Store excess electricity generated by solar PV during periods of high solar production and use the stored energy when solar generation decreases.
Peak Shaving
Use stored battery energy during periods of high demand to help manage peak electricity consumption.
Load Shifting
Shift the use of stored energy to periods when it provides greater operational or economic value.
Backup Power
Provide energy to selected critical loads during grid interruptions when configured as part of an appropriate backup-power system.
Solar Self-Consumption
Increase the amount of solar energy consumed on-site by storing excess generation instead of allowing it to go unused.
Generator Integration
The system can form part of a hybrid energy architecture combining solar, battery storage, grid electricity and generator power, subject to compatible system design.
Typical System Architecture
A typical commercial installation can be configured around:
Solar PV → Solar Inverter → SAJ 50kW / 100kWh BESS → Commercial Loads
with integration to:
Grid + Generator + EMS + Monitoring
The exact electrical architecture should be determined from the facility’s load profile, solar capacity, grid connection and backup requirements.
100kWh Battery Storage
A 100kWh battery provides a substantial amount of stored energy for commercial applications.
At a theoretical 50kW discharge rate, 100kWh represents approximately 2 hours of energy storage before accounting for usable-energy limits, conversion losses, reserve requirements and other system constraints.
Actual autonomy depends on the connected load.
For example:
| Average Load | Theoretical Runtime* |
|---|---|
| 10 kW | Up to 10 hours |
| 20 kW | Up to 5 hours |
| 25 kW | Up to 4 hours |
| 40 kW | Up to 2.5 hours |
| 50 kW | Up to 2 hours |
Illustrative theoretical values based on 100kWh and do not represent guaranteed usable runtime. Actual runtime depends on battery usable capacity, inverter efficiency, reserve settings, temperature, load profile and operating conditions.
Why Choose a 50kW / 100kWh All-In-One BESS?
The combination of 50kW power and 100kWh storage provides a practical configuration for businesses that need both meaningful power output and several hours of energy storage.
It can be used to address several energy challenges within a single system:
High Electricity Costs
↓
Solar Energy Storage
↓
Peak Demand Management
↓
Backup Power
↓
Improved Energy Resilience
Powerstack C&I Integration
Powerstack Africa Energy can integrate the SAJ all-in-one system into a complete commercial energy strategy.
Our engineering process includes:
01 — Energy Audit
Review electricity consumption, tariffs and operating patterns.
02 — Load Analysis
Identify peak demand and critical loads.
03 — BESS Sizing
Determine whether 100kWh is appropriate for the facility.
04 — Solar Integration
Determine the appropriate solar PV capacity and operating strategy.
05 — System Design
Develop the electrical architecture and protection requirements.
06 — Installation & Commissioning
Install, configure and commission the energy-storage system.
07 — Monitoring & Maintenance
Monitor performance and provide ongoing technical support.
Complete Energy Solution
The SAJ 50kW / 100kWh system can be deployed as part of a wider energy infrastructure solution incorporating:
- Solar PV
- Battery Energy Storage
- Energy Management System
- Grid supply
- Diesel generator
- Monitoring
- AC/DC protection
- Critical-load distribution
- Remote energy monitoring
Technical Specifications
| Specification | Details |
|---|---|
| Product | SAJ All-In-One Energy Storage Solution |
| Rated Power | 50 kW |
| Battery Capacity | 100 kWh |
| System Type | All-In-One BESS |
| Application | Commercial & Industrial |
| Primary Applications | Solar Storage, Peak Shaving, Load Shifting, Backup |
| Integration | Solar / Grid / Generator / EMS |
| Installation | According to manufacturer requirements |
Final technical specifications including battery chemistry, usable capacity, battery voltage, maximum charge/discharge current, AC voltage, efficiency, IP rating, operating temperature, communication interfaces, dimensions and warranty should be confirmed from the latest SAJ technical datasheet.
Request Pricing & System Design
Looking for a 50kW / 100kWh commercial battery energy storage system in Kenya?
Powerstack Africa Energy can assess your facility and determine whether this configuration is suitable for your electricity consumption and operating profile.
Request:
✓ Product Pricing
✓ Technical Datasheet
✓ BESS System Design
✓ Solar + BESS Proposal
✓ Energy Audit
✓ ROI Analysis
✓ Site Assessment
Talk to a Powerstack Energy Engineer
Send your latest KPLC electricity bill and basic information about your facility to begin a preliminary energy assessment.
Frequently Asked Questions
What is the capacity of the SAJ system?
The system provides 50kW of rated power and 100kWh of battery energy storage.
How long can 100kWh provide backup power?
The runtime depends on the connected load. At a constant 50kW load, the theoretical duration is approximately two hours before accounting for system losses and usable-capacity limitations.
Can it be used with solar panels?
Yes. It can form part of a solar + BESS system when properly configured with compatible PV equipment.
Is it suitable for factories?
Yes. The 50kW / 100kWh configuration can be suitable for selected factories and commercial facilities, subject to a load assessment.
Can it reduce electricity costs?
A properly designed BESS can help businesses reduce grid consumption, shift energy usage and manage peak demand. Actual savings depend on the customer’s load profile, tariff structure and operating strategy.
Can the system be expanded?
Expansion depends on the specific SAJ model and manufacturer’s approved system architecture. Powerstack can assess the required capacity for larger projects.
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