Context

 

An unreliable-grid hospital using diesel backup, adjacent to an EV motorcycle battery-swap hub needing reliable power. Both faced high costs and outage risk.

 

What MMS does

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• Runs a shared solar and storage microgrid across both sites

• Prioritises critical hospital loads during scarcity

• Sheds non-essential loads to extend autonomy

• Shares energy between two sites as a single system

 

Outcomes

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• Diesel generator requirement entirely displaced

• Continuous power to critical medical loads

• Reduced bills through intelligent load control

• One energy investment serving two facilities

 

Why it matters

A hospital cannot afford the power to fail. An EV swap hub cannot afford the power to be expensive. The MMS lets a single asset base serve both, with load-prioritisation logic that protects the patient and pays back the investor. ​​

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Case study - in development