Impact studies based on SenseHawk
SDP deployments.
Digitizing construction monitoring for better transparency and project execution
A solar EPC approaches SenseHawk to digitize construction monitoring processes at a 285 MW solar site.
Find out the impact of deploying the SDP at the utility-scale solar construction project. Progress tracking was digitized by automating daily work updates, digital forms submissions by engineers and stores, and pre-defined workflows for quality checks and remediation tasks.
The SDP in use
Digitizing construction monitoring for better transparency and project execution
A solar EPC approaches SenseHawk to digitize construction monitoring processes at a 285 MW solar site.
Find out the impact of deploying the SDP at the utility-scale solar construction project. Progress tracking was digitized by automating daily work updates, digital forms submissions by engineers and stores, and pre-defined workflows for quality checks and remediation tasks.
The SDP in use
Digitizing construction monitoring for better transparency and project execution
A solar EPC approaches SenseHawk to digitize construction monitoring processes at a 285 MW solar site.
Find out the impact of deploying the SDP at the utility-scale solar construction project. Progress tracking was digitized by automating daily work updates, digital forms submissions by engineers and stores, and pre-defined workflows for quality checks and remediation tasks.
The SDP in use
Significant reduction in the time taken to identify thermal defects per inverter and swift remediation resulted in over 4% increase in expected yield.
Team SenseHawk
Significant reduction in the time taken to identify thermal defects per inverter and swift remediation resulted in over 4% increase in expected yield.
Team SenseHawk
Significant reduction in the time taken to identify thermal defects per inverter and swift remediation resulted in over 4% increase in expected yield.
Team SenseHawk
Using the SenseHawk platform, the EPC,constructing a 200 MWdc project easily streamlines multi-stakeholder communication to keep the project on track.
Team SenseHawk
Where traditional methods would have taken months, SenseHawk generates a comprehensive, actionable report of problem areas across a 250 MW project within 10 days.
Team SenseHawk
Where traditional methods would have taken months, SenseHawk generates a comprehensive, actionable report of problem areas across a 250 MW project within 10 days.
Team SenseHawk
Where traditional methods would have taken months, SenseHawk generates a comprehensive, actionable report of problem areas across a 250 MW project within 10 days.
Team SenseHawk
The utility-scale solar operator rapidly digitized 4 GW and streamlined operations. Typically, solar PV power plants have up to 3 million panels installed for each GW capacity.
Team SenseHawk
The utility-scale solar operator rapidly digitized 4 GW and streamlined operations. Typically, solar PV power plants have up to 3 million panels installed for each GW capacity.
Team SenseHawk
The utility-scale solar operator rapidly digitized 4 GW and streamlined operations. Typically, solar PV power plants have up to 3 million panels installed for each GW capacity.
Team SenseHawk
In addition to speeding up remediation for the EPC, the combination of OBSERVE and WORK enables a little over 4% increase in expected yield.
Team SenseHawk
In addition to speeding up remediation for the EPC, the combination of OBSERVE and WORK enables a little over 4% increase in expected yield.
Team SenseHawk
In addition to speeding up remediation for the EPC, the combination of OBSERVE and WORK enables a little over 4% increase in expected yield.
Team SenseHawk
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