Battery Ride-Through Safety Board Adviser

The mandate

The board repeatedly considers using campus battery systems for longer ride-through, peak management and external grid services, but each value stream assumes access to the same state of charge. Facility teams prioritise compute continuity, trading models value dispatch frequency, safety leaders worry about degradation and thermal events, and insurance conditions have not been translated into one operating envelope. The standing question is what the battery may safely promise at any moment.

The adviser will provide two working days monthly, lead a monthly power-and-safety challenge, attend four risk-and-capital committee meetings and complete four battery, campus or grid-partner visits. A material safety or investment question receives an initial view within twenty-four hours; routine papers receive comments within five business days. Preparation and all specified attendance are included.

The term is ten months and closes after the board approves or rejects the shared-use operating model. At month nine, the chair may propose a new commissioning-assurance appointment, but it requires a separate resolution and refreshed conflict declaration; no automatic renewal exists. Unused days do not carry into construction or operations.

The adviser holds no line authority and carries no executive, electrical-operating, safety-certification, market-trading, engineering-signature or procurement responsibility. Certified teams operate the assets, management owns commercial arrangements and directors decide capital. The adviser may test assumptions and shape limits, but cannot dispatch batteries, modify protection, direct staff or approve a grid-services contract.

Up to three unrelated appointments may continue. Work for a battery, inverter or UPS supplier, grid aggregator, utility, gaming-infrastructure competitor, engineering contractor, insurer or relevant investor creates a conflict requiring disclosure and possible recusal. Equipment commissions and compensation tied to dispatch revenue, design selection or project approval are incompatible.

Why the board wants this voice

The board sees separate continuity, grid-revenue, sustainability and safety models whose shared state-of-charge assumptions are not reconciled. Nobody in the room has governed high-power batteries simultaneously as critical-load protection and externally dispatched assets. Independent operating judgment is needed before an attractive revenue case erodes the reserve or safety margin protecting live compute.

What you will own

• Press management to define priority among ride-through, generator bridge, peak reduction, grid dispatch, maintenance reserve and emergency recovery.
• Test state-of-charge, power, duration, temperature, degradation and availability assumptions across realistic duty cycles and failure states.
• Challenge revenue cases for cell ageing, augmentation, conversion losses, warranty limits, market penalties, safety controls and lost compute protection.
• Examine failure and isolation involving cell fault, thermal event, inverter loss, communication failure, false dispatch and unavailable grid signal.
• Shape operating envelopes, reserve floors, dispatch blocks, human overrides and evidence required before shared use expands.
• Probe insurance, fire response, ventilation, separation, emergency services, spares and end-of-life obligations.
• Frame the board decision on use cases to combine, segregate, defer or prohibit, with capital gates and residual uncertainty.

Candidate qualifications

• Governed large battery or UPS systems protecting data centres, telecom, semiconductor or comparable critical loads.
• Designed shared-use operating boundaries across ride-through, peak management or grid services without double-counting stored energy.
• Challenged battery economics using degradation, augmentation, conversion, warranty, safety and service-interruption evidence.
• Reviewed or commanded a serious battery, inverter, protection or thermal event and its operational containment.
• Integrated certified electrical operation, fire response, insurance and market dispatch into one accountable control model.
• Advised a capital committee independently of equipment suppliers, aggregators, utilities and infrastructure investors.

Non-negotiables

• Can attend all four Seoul committee meetings and complete four campus, battery or grid-partner visits within ten months.
• Will disclose supplier, aggregator, utility, engineering, insurance, competitor and investment relationships.
• Accepts that dispatch, safety, design, procurement and operating authority remains with certified management.
• Brings operational high-power battery evidence; sustainability or energy-market strategy alone is insufficient.

1. 49 words maximum. Describe a battery revenue case that double-counted energy needed for critical-load protection.
2. 49 words maximum. Which current supplier, aggregator, utility or insurer relationship could require your recusal?
3. 49 words maximum. Confirm the Seoul cadence and name the reserve condition that should block an external dispatch.