Solutions

Standardized energy management for every scenario

Manage devices of any brand in one place and run your energy operations digitally. From a single storage cabinet to multi-country fleets, all nine typical scenarios come with a proven playbook and representative cases.

C&I storageStation controlPV + storage + EV chargingWind-PV-diesel-storage microgridOff-grid islandingFrequency regulationOperator brandingIntegrated energy managementMobile ESS truck

Challenges

Do these challenges sound familiar?

Different roles hit different walls. Here are the pain points we hear from three kinds of customers — and how we answer each.

System integrators

A fragmented software stack: device-side EMS, microgrid EMS and cloud systems don't talk to each other
Every new platform means another round of protocol development, dragging out delivery
No unified platform to showcase past projects, so the offering lacks credibility

Our answer

A standardized platform with plug-in protocol access — and every past project on one screen

Operators

Many customers and sites across regions: remote management is slow and O&M labor is expensive
No digital evidence chain for fault handling — opaque service breeds disputes
No brand differentiation, hard to show your strength

Our answer

Centralized multi-site management, a work-order evidence chain, and your own dashboard & app

Owners / asset holders

PV, storage and loads each run on their own — asset value is never maximized
Returns are opaque; payback is anyone's guess
Operation and fault records are murky, so problems only surface after the fact

Our answer

Cross-device coordination, day-by-day revenue tracking, and early fault warnings

Scenarios

One system, nine scenarios

Underneath it all is one cloud-edge EMS stack, reconfigured per scenario. Flip through each one to see what it is, where it fits, and what it does.

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Applies to

Factories / parks / commercial complexes

C&I storage · peak shaving

Charge off-peak, discharge on-peak; shave demand and back up production — the power bill lowers itself.

What it does

Charge off-peak, discharge on-peak — capture the full price spread automatically
PV + storage discharge at peak to cut transformer demand and capacity charges
Emergency backup through curtailment and outages keeps critical lines running
Live tariff tracking, PV self-consumption first, reverse-flow protection

¥73kmonthly summer savings

¥300k+cumulative return

<3 yrspayback

Proven in the fieldA wastewater plant · 1MW storage, 8 cabinets in parallel · peak-shaving + reverse-flow running year-round

Microgrid Local EMS EMS Cloud Platform

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Sandbox · Simulation

Before go-live, test it in the simulation first

We provide a virtual microgrid simulation environment: build your site without real hardware and rehearse the worst cases first. The panel on the right is how it works — try injecting a condition.

01
Modeled on your devices
Rebuild your site in the simulation exactly as deployed — PV, storage clusters, load, gateway meters, EV chargers, wind turbines, generators and environmental monitoring, with no real hardware attached.
02
Inject any operating condition
Utility outage, fire alarm, device dropout, PV reverse power, SOC ceiling/floor — inject them one by one and watch whether the strategy handles each correctly and safely, just like the demo on the right.
03
Go live with the results
Validate your strategy end to end before procurement or go-live; validated cases carry straight over into an on-site acceptance checklist you can verify item by item at delivery.

Virtual microgrid · condition drill