The company’s core activities are as follows

• Production support & supervision
• In-Process Inspection & Quality Checks
• Micrositing & Wind curve Analysis
• Erection & commissioning
• Operation & Maintenance
• Power Curve Analysis
• Technical Audits & Failure Cause Investigation
• Improving Generation & System Reliability
• Technical Consultancy

PRODUCTION SUPPORT & SUPERVISION

The method of assembly line & techniques assume high importance to keep up the Delivery schedule, control Labour cost, minimise assembly failures, to avoid mismatch / Difficulty at site during erection and finally to deliver a quality product to the customer.

With our strong expertise in Wind Turbines assembly we support our customers by offering supervision of production process supervision, Quality enhancement of major cost intensive components and Development of Inplant Testing methods.

Here we insist upon some of the widely accepted quality checks such as NDT methods, supply chain Management and evaluation of Individual production process which are very vital to ensure Reliability of the individual components and the whole WEG.

MICROSITING & WIND CURVE ANALYSIS

Proper Micrositing & Wind Curve Analysis is one of the most vital aspects of the Wind power Project to achieve the target Generation. Correct Positioning & Accurate prediction of the possible Generation determines the very basic viability & Realisation of Return on investment.

INDO DANISH Experts have been specializing in this area for many years and we support our customers in this aspect by adopting scientific methods well before the Installation, thereby turning the predictions into Reality.

OPERATION & MAINTENANCE

Though O&M is the most vital tool which determines the fate of the WEG, this has been ignored by most of the WEG Owners due to lack of awareness which has ultimately resulted in Substandard Generation, More Failures, and Reduced Life & Unstable Returns.

We at INDO DANISH have developed O&M as the key activity of our service Portfolio & have invested the best of our resources with the sole aim of optimising the performance of the WEGs & maximising the Return on Investment.

Within a short span of time we have created a niche for ourselves in this key activity & we adopt the following strategy to ensure effective O&M practice.

Reducing O & M Cost

INDO DANISH strongly believe that reducing the Maintenance cost is the main aspect of achieving success in O&M. We try to achieve this as follows.

• Develop Economical Logistic Plans
• Identify & Isolate Redundancy
• Implement regular Condition Monitoring
• Improve Training Standards to O&M Personnel
• Re-Evaluate Basic Design Standards
• Power Performance Measurements
• Vibration Analysis
• Providing Recommendations for further R&D

Reducing System Reliability

Another important aspect of O&M is the improvement in System Reliability though which the Rate of failure can be minimized, probable failures can be predicted & the life of the WEG can be extended.

We adopt the following methods to achieve this aspect

• Identify the critical components
• Classify the failure modes
• Analyse the Root Cause for Failure
• Develop Better Operating Environment
• Carry out Wind Curve / Power Curve / Pitch Angle Analysis
• Train the O&M personnel

CONDITION MONITORING AND FAILURE ANALYSIS

Proper & Regular condition monitoring reduces the chance of Equipment failure & any inherent fault can be traced well in advance. Correct Failure analysis avoids similar pattern of failures in the future & improve the safety for working personnel. We at INDO DANISH carry out such important analysis by our meticulous planning & strict implementation of such procedures for major components as follows.

• Gear Box
  
• Rotor Bearings
  
• Rotor Blades
  
• Transmission Bearings
  
• Generator Bearings
  
• Electrical & Electronic Components
  
• Earthing System
  
• Turbine sound & Vibration

SPECIAL CASE INVESTIGATIONS

We do carry out some case investigations for Improvement such as

• Identification of Manufacturing Defects
  
• Calculation of Design Vs Actual Loads
  
• Monitoring of Operational Behaviour
  
• System Design Compatibility for Local Requirement
  
• Failures due to Inadequate monitoring
  
• Assembly & Quality Checks
  
• Lubricant Analysis
  
• Torque Investigation
  
• Implementation of NDT methods
  
• Time study process & Lean management