Scenarios

Find the right solution by operating scenario

Start from the customer's real operating environment, then move directly into the integrated solution stack, product families, digital capability, and support logic that fit best.

Scenario Logic

Move from operating challenge to the right solution path

Each scenario below pairs the operating challenge with a recommended solution stack, product families, platform capability, safety logic, and service readiness.

Choose the operating scenario you are facing
Customer Challenge

Renewable output is unstable, curtailment risk rises, and interconnection compliance gets harder

Wind and solar output are naturally intermittent. Generation peaks often miss demand peaks, while grid operators expect storage support to improve stability and dispatch flexibility. Without the right architecture, renewable projects face lower absorption efficiency and higher curtailment pressure.

Recommended Solution

Grid-side energy storage solution

MEGA POWER TECHNOLOGY deploys megawatt-class storage on the grid side or generation side, shifting energy over time while coordinating with digital dispatch logic to smooth renewable output, support grid balancing, and improve operating flexibility.

Higher renewable absorptionPeak shaving and shiftingGrid flexibilityBlack start readiness
Key Metrics
<50ms
Active / reactive power response
2750kW
Maximum single-container output
5MWh
Single battery cabin capacity
28 Days
BWS advance warning window
System Architecture Snapshot
PV Station
Solar generation
PV Step-up Container
Voltage elevation
PCS Step-up Cabin
Conversion + step-up
Grid
Utility interconnection
MCS / EMS
Digital management layer
Wind Farm
Wind generation
Wind Step-up
Collection side
Battery Cabin
5015kWh LFP
PCS Step-up Cabin
Conversion + grid support
Mapped Product Families

PCS Step-up Container (Cluster)

iBCS100-2500B/20-AC
2500kW rated12 DC channels20kVIP54 / PCS IP66

PCS Step-up Container (Integrated)

iBCS100-2500A/20-AC
2750kW max20/35kV≤18TIntegrated deployment

DC Battery Storage Container

iESS100-5015B2-LC
5015kWh LFPLiquid coolingIP54Utility-scale ready
Platform Support

Digital visibility from dispatch to traceability

HCS for millisecond-class control response
BWS for up to 28-day battery fault warning
EMS for dispatch coordination and optimization
EDR for full-process event traceability
Service Readiness

Execution support for utility-scale deployment

Site-level engineering coordination for grid-side projects
Preventive maintenance plans for long operating cycles
Spare-parts and remote support logic for uptime-critical sites
Platform

The platform page shows how these scenario-based systems are monitored, controlled, and supported in operation

Once the operating scenario is clear, the next useful step is to understand the digital layer behind dispatch, warning, traceability, and O&M workflow.

Explore Platform Capability