Creating a practical contingency plan means considering a range of potential risks based on the specific factors of your business or project.
Essentially, a business continuity plan asks ‘what if?’ for a variety of possible scenarios and provides an answer for each:
- What if flood water risks damaging critical assets? Dehumidification equipment could be immediately deployed.
- What if production loses power? A pre-agreed temporary generator and distribution plan could be activated.
- What if cooling fails? A temporary chiller, air handling or ventilation solution could be installed to meet the site’s requirements.
A strong plan should include:
Critical assets and loads
Identify the equipment, processes and environments that must continue operating during a disruption. This could include production machinery, refrigeration systems, process cooling, data halls, medical equipment, laboratories, HVAC systems, pumps, lighting, safety systems or temporary site infrastructure.
Not every load will have the same priority. A contingency plan should distinguish between essential, important and non-critical systems so that the right temporary solution can be deployed quickly.
Power requirements
For power contingency planning, businesses should understand their current and peak demand, voltage requirements, connection points, distribution needs and runtime expectations. This helps determine whether the site may need a temporary generator, battery energy storage system, hybrid power solution, load bank testing or supporting distribution equipment.
The aim is to understand what capacity is needed, where equipment can be positioned, how it will be connected, and how it will be operated safely.
Heating, cooling and refrigeration needs
Temperature control can be just as critical as power. A plan should consider where heating, cooling, refrigeration, ventilation or dehumidification may be needed, what temperature range must be maintained, and how quickly conditions need to be restored.
This is important for temperature-sensitive sectors such as food and beverage, healthcare, pharmaceuticals, manufacturing and data centres.
Site access and equipment location
Temporary power and HVAC equipment needs space, access and safe installation conditions. A contingency plan should identify where equipment can be placed, how it will be delivered, and whether there are any restrictions relating to access roads, lifting requirements, noise, ventilation, emissions, security or proximity to connection points.
These details can speed up emergency response.
Fuel and runtime planning
Where temporary generation is required, fuel supply must be considered. This includes expected runtime, refuelling frequency, site storage, delivery access and monitoring requirements. A fuel management plan can help reduce the risk of interruption once equipment is operating.
Safety and compliance
Every contingency plan should consider safe installation, operation and maintenance. This includes electrical safety, ventilation, emissions, temperature risks, site-specific hazards and any sector-specific compliance requirements.
For regulated environments, such as healthcare, pharmaceuticals, food production or utilities, contingency plans need to reflect stricter operational standards.
Roles and escalation routes
A plan is only useful if people know how to use it. Businesses should define who is responsible for activating the plan, who approves equipment deployment, who coordinates with suppliers, and who communicates with internal teams, customers or stakeholders.
Clear escalation routes can save valuable time during an emergency.
Testing and review
A contingency plan shouldn’t be created once and forgotten. Site demands change, equipment changes, production schedules change and risk profiles evolve. Plans should be reviewed regularly and tested where appropriate, so the business can be confident that the agreed response will still work when needed.