Feasibility Study - Residential
Solar Heats Water will review your site’s physical characteristics to determine its ability to collect solar energy.
Your energy consumption would be mapped out in a graph form and we will review this information with you. This is done by adding an energy monitor inside the electrical panel in your home. This provides a comprehensive understanding of your energy requirements in order to design the right solar energy PV configuration for your project. It’s as simple as evaluating your needs and matching the right number of solar panels for the capacity to deliver the required power for your needs.
Solar Heats Water will review your site’s physical characteristics to determine its ability to collect solar energy.
Your energy consumption would be mapped out in a graph form and we will review this information with you. This is done by adding an energy monitor inside the electrical panel in your home. This provides a comprehensive understanding of your energy requirements in order to design the right solar energy PV configuration for your project. It’s as simple as evaluating your needs and matching the right number of solar panels for the capacity to deliver the required power for your needs.
Feasibility Study - Industrial and Commercial Facilities
Power monitoring instrumentation for Industrial and Commercial Facilities
Outcome: a computer generated report will provide continuous power load data for any area serviced by the main power service to which the instrumentation is connected.
Purpose: this data will demonstrate peak load and minimum load during the length of time the instrumentation is collecting data (typically 7 consecutive days). In addition to illustrating load levels, the information will identify any source of unusual load during ghost periods when the facility’s equipment should not be in use.
Procedure: the power monitoring device is connected to the main incoming service. The installation team is suited up for ARC FLASH procedures. The device collects the data and the data is fed into a computer to produce a report on usage for review. We will co-ordinate for the installation, monitoring and removal of the instrumentation. The report is generated and will be reviewed with you shortly after the removal of the equipment.
The cost for this service is based on the length of the rental period for the equipment, connection and disconnection charges, computer generated report and a review of the data. Costs typically range between $1,500.00 and $1,800.00 (plus travel and taxes) for this service.
Power monitoring instrumentation for Industrial and Commercial Facilities
Outcome: a computer generated report will provide continuous power load data for any area serviced by the main power service to which the instrumentation is connected.
Purpose: this data will demonstrate peak load and minimum load during the length of time the instrumentation is collecting data (typically 7 consecutive days). In addition to illustrating load levels, the information will identify any source of unusual load during ghost periods when the facility’s equipment should not be in use.
Procedure: the power monitoring device is connected to the main incoming service. The installation team is suited up for ARC FLASH procedures. The device collects the data and the data is fed into a computer to produce a report on usage for review. We will co-ordinate for the installation, monitoring and removal of the instrumentation. The report is generated and will be reviewed with you shortly after the removal of the equipment.
The cost for this service is based on the length of the rental period for the equipment, connection and disconnection charges, computer generated report and a review of the data. Costs typically range between $1,500.00 and $1,800.00 (plus travel and taxes) for this service.
