equipment slide 0
equipment slide 1
equipment slide 2
equipment slide 3
equipment slide 0
equipment slide 1
equipment slide 2
equipment slide 3

SRA System

Product code:SRA
Supplier:NRG Systems
Price: Inquiry
Description
Specifications
Application
Download

NRG Systems’ SRA System is a complete and integrated measurement solution for the prospecting and formal resource assessment of utility-scale photovoltaic projects. All relevant meteorological conditions are captured, including solar irradiance, wind speed and direction, ambient temperature, relative humidity, barometric pressure, and precipitation.

 

Each SRA System is made up of three components and includes everything necessary for your measurement campaign: tower, logger, and sensors—pre-configured and ready to ship within days of order placement. This standardized hardware foundation supports a variety of different sensor configurations to meet your measurement needs.

  • NRG’s lean manufacturing and global supply chain capabilities enable professional, repeatable measurement results across your fleet of projects
  • Integrated system approach translates to simplified procurement, shorter lead times, and more efficient installations and O&M services
  • Backed by global Technical Services Partner Network
  • Technically sophisticated yet easy to use, this industry-standard system automatically delivers accurate data via cellular or satellite communications
  • The SRA System can easily be re-used from one campaign to the next OR transition from pre- to post-construction solar resource monitoring with just a few component updates

Related Products

product thumbnail

SRM System

Whether tracking or fixed, mono- or bifacial, 3 MW or 300 MW, NRG is focused on delivering repeatable solar resource measurements across your fleet of projects.

product thumbnail

SRA System

NRG Systems’ SRA System is a complete and integrated measurement solution for the prospecting and formal resource assessment of utility-scale photovoltaic projects.

product thumbnail

LOGR-S data logger

LOGR-S is NRG Systems’ first data logger designed specifically for the solar energy industry.

product thumbnail

NRG PVT1 PV temperature sensor

Because temperature has a significant impact on the performance of operational PV solar systems, PV module temperature is one of the most critical measurements to monitor and analyze.

product thumbnail

Li-Cor LI-200R pyranometer

The LI-200R measures Global Horizontal Irradiance (GHI) – the combination of Direct Normal Irradiance (DNI) and Diffuse horizontal irradiance (DHI).

product thumbnail

Hukseflux SR20 pyranometer

Recommended when measurement accuracy is the top priority, the Hukseflux SR20 is a thermopile pyranometer that is compliant with the highest category in the ISO 9060 standard: class A (Secondary Standard).

product thumbnail

EKO MS-40 pyranometer

The MS-40 Pyranometer is an ISO 9060-2018 Class C pyranometer that measures solar irradiance across the full Solar spectrum at a reasonable cost.

product thumbnail

EKO MS-60 pyranometer

The MS-60 Pyranometer is an ISO 9060-2018 Class B pyranometer with a millivolt analog output. The sensor features a double dome construction for lower offsets and cosine errors.

product thumbnail

EKO MS-80 pyranometer

The MS-80 Pyranometer is a unique pyranometer compliant to the “Fast response” and “Spectrally flat” sub-categories under ISO 9060:2018 Class A.

product thumbnail

Delta-T SPN1 sunshine pyranometer

The Delta-T SPN1 Sunshine Pyranometer measures global (total) and diffuse horizontal irradiance as well as sunshine duration.

product thumbnail

Hukseflux SR30-D1 pyranometer

The SR30 from Hukseflux provides class A (secondary standard) performance per ISO 9060:2018 along with a rich set of features that are unmatched by other sensors.

product thumbnail

EKO ms-80S pyranometer

The MS-80S Pyranometer is a unique pyranometer compliant to the “Fast response” and “Spectrally flat” sub-categories under ISO 9060:2018 Class A.

Unsolicited failed error
Please resend information

You have successfully submitted