Solution 02 · Energy resilience
Microgrid & Off-Grid Power
Combine PV, storage, and controllable loads into one resilient power island.
Hybrid ESS containers and all-in-one systems support on-grid / off-grid switching for islands, remote sites, campuses, and weak-grid regions.
Operating constraints
- Grid coverage is weak, unstable, or unavailable
- Diesel generation is expensive and hard to scale cleanly
- Critical loads need black-start and islanded operation
Configuration path
- 01Define critical loads, autonomy hours, and PV resource
- 02Choose hybrid ESS with STS, isolated transformer, and EMS coordination
- 03Validate black-start, parallel units, and protection settings
Initial product match
Catalog-supported starting points
Initial match only. Final configuration depends on vehicles, daily energy demand, site supply, and deployment requirements.
TKS E-Cube A1000
Containerized Hybrid ESS
1028 kWh · 500 kW
TKS E-Cube A1500
Containerized Hybrid ESS
1543 kWh · 500 kW
TKS E-Cube A2000
Containerized Hybrid ESS
2058 kWh · 1000 kW
TKS E-Cube A2570
Containerized BESS
2570 kWh · 1285 kW
TKS E-Cube A100
All-in-One ESS
112 kWh · 64 kW
TKS E-Cube A200
All-in-One ESS
200 kWh · 100 kW
TKS E-Cube R100-177
Rack ESS
177 kWh · 80 kW
TKS E-Cube R200-241
Rack ESS
241 kWh · 125 kW
TKMPPT-12
Photovoltaic MPPT Controller
0 kWh · 120 kW
Other solutions
Peak Shaving & Demand Charge Reduction
Shift industrial and commercial load away from expensive peak windows.
Data Center Energy Storage
Improve power reliability while capturing peak-shaving economics.
PV + Storage + Charging
Absorb PV surplus and serve EV charging without overloading the grid connection.
Signal · Request
Discuss Microgrid & Off-Grid Power
Share your load profile, tariff structure, site constraints, and deployment timeline. We will map an ESS configuration.