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| RISK ASSESSMENT FOR INSTALLATION OF ENERGY MANAGEMENT PANEL |
Installation of Energy Management Panel" by QHSE Documents provides guidance on safely and efficiently setting up energy management systems. This free resource emphasizes health, safety, and environmental compliance, ensuring proper procedures, risk management, and sustainability in line with industry standards. Ideal for safety professionals seeking reliable documentation.
1. HAZARDS
1.1. Faults with installation
1.2. Loss of power during connection
2. RISKS AND CONSEQUENCES
2.1. Improper Electrical Wiring
2.1.1. Electrical faults, short circuits, or fires, resulting in equipment damage, personal injury, or even fatalities.
2.2. Incorrect Fitting of Components
2.2.1. Structural failures, such as pipes bursting, panels collapsing, or joints breaking, cause property damage and operational disruptions.
2.3. Non-compliance with Manufacturer’s Specifications
2.3.1. Premature wear and tear, system inefficiency, or complete system failure, leading to higher maintenance costs and downtime.
2.4. Use of Inadequate or Incompatible Materials
2.4.1. Corrosion, leaks, or disintegration over time, potentially leading to environmental pollution or safety hazards.
2.5. Lack of Quality Control during Installation
2.5.1. Hidden defects remain undetected, resulting in potential catastrophic failures during operation and increased liability for the organization.
2.6. Equipment Damage
2.6.1. Loss of power during connection can lead to electrical surges or sudden voltage changes that may damage sensitive electrical equipment, causing costly repairs or replacements.
2.7. Electric Shock
2.7.1. Sudden loss of power may leave exposed live wires or terminals, increasing the risk of electrical shock to personnel handling the equipment or connections.
2.8. Delayed Operations
2.8.1. A power outage during connection can halt operations, resulting in delays to project timelines and potentially causing financial losses due to downtime.
2.9. Fire Hazard
2.9.1. Loss of power can create overheating in electrical components if the system fails to shut down properly, leading to the risk of sparks or fire outbreaks.
2.10. Data Loss
2.10.1. In industries reliant on computer-controlled systems, a sudden loss of power can lead to data corruption or complete data loss, which can disrupt business continuity and affect decision-making.
3. RISK CONTROL MEASURES
3.1. Turn off utility power at the distribution point where the EMP is to be connected. Be sure there is no power.
3.2. All installations tested dead (for insulation and resistance) with a multi-function tester before being made live.
3.3. All temporary and new installations conform to IEE Regulations.
3.4. Arrange with the Client / Principal Contractor times to isolate the supply to connect initial/additional circuits to the EMP.
3.5. Ensure the Client / PC has communicated to all other workers.
3.6. Complete the connection outside normal site hours whenever possible.
3.7. Adequate lighting is provided around the EMP installation area and suitable temporary power is provided to enable the safe installation of equipment
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