Case Studies

2088kWh Multi-Tenant Industrial Park Capacity Optimization Project in Nairobi, Kenya

An LVK 2088kWh modular C&I BESS with 500kW STS at a multi-tenant Kenyan industrial park, achieving 35% virtual transformer capacity expansion with zero production downtime.

Location Nairobi, Kenya (outskirts industrial park)
Application Multi-Tenant Capacity Optimization (Virtual Transformer Expansion)
System Size 2088 kWh
Capacity 2088 kWh
Power 500 kW (STS)
Commissioning Time Q3 2026
Battery Type LiFePO4
Application Type Multi-Tenant Capacity Optimization (Virtual Transformer Expansion)
Delivery Model Turnkey EPC + STS + EMS

Project Overview

Project Background

An LVK 2088kWh modular C&I BESS with 500kW STS at a multi-tenant Kenyan industrial park, achieving 35% virtual transformer capacity expansion with zero production downtime.

Customer Needs

As the park attracted more investment, the total power load frequently exceeded the rated safe capacity of the existing distribution transformers during peak daytime production hours. This led to frequent circuit breaker trips in parts of the industrial zone, causing unexpected power outages for tenant production lines and exposing them to the risk of claims for delayed orders.

Application Focus

Multi-Tenant Capacity Optimization (Virtual Transformer Expansion)

Solution Design

Integrated ESS Design For Site Operations

An LVK 2088kWh modular commercial and industrial energy storage system was deployed, featuring an integrated 500kW Static Transfer Switch (STS). By discharging the battery to the grid, the system balances peak loads, eliminating the need to apply for time-consuming and costly physical transformer upgrades.

Energy Storage 2088 kWh
Power Conversion 500 kW (STS)
EMS Control Turnkey EPC + STS + EMS
Battery Safety LiFePO4
2088kWh Multi-Tenant Industrial Park Capacity Optimization Project in Nairobi, Kenya solution equipment

System Architecture

Coordinated Power Flow

2088 kWh Modular BESS + 500 kW STS + Multi-Tenant EMS

Energy Source BESS + Grid
EMS Monitoring & dispatch
Battery Cabinet 2088 kWh
Site Load Multi-Tenant Capacity Optimization (Virtual Transformer Expansion)
DC AC Communication Power Flow

Results & Benefits

Project Outcomes

35%

Successfully achieved a virtual expansion of available grid capacity by 35%.

Outcome 02

Completely eliminated large-scale power outages caused by transformer overload trips, ensuring a favorable business environment.

3.0 years

Estimated Return on Investment (ROI): 3.0 years.