sunshine pyranometer News
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SPN1 Sunshine Pyranometer Released
The new Sunshine Pyranometer type SPN1 measures global (total) and diffuse radiation, and sunshine state – all in one instrument ! It is easy to use and needs no routine adjustment or polar alignment. The SPN1 is a meteorological class instrument designed for long-term outdoor exposure, and is an affordable alternative to traditional shade-ring pyranometers, the Campbell-Stokes and other ...
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Calculate Direct-Normal Irradiance (DNI) with the SPN1 Sunshine Pyranometer
Photovoltaic developers and triallists find the SPN1 Sunshine Pyranometer a valuable tool for research and for performance validation. When making PV investments, it is essential to identify the best locations. An SPN1 can be used to quantify the available global and diffuse radiation at potential sites. Later, after an installation has been completed and power is being generated, the SPN1 can ...
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Calculate Direct-Normal Irradiance (DNI) with the SPN1 Sunshine Pyranometer
Photovoltaic developers and triallists find the SPN1 Sunshine Pyranometera valuable tool for research and for performance validation. When making PV investments, it is essential to identify the best locations. An SPN1 can be used to quantify the available global and diffuse radiation at potential sites. Later, after an installation has been completed and power is being generated, the SPN1 can ...
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Chinese Energy Giant uses Delta-T’s SPN1 Pyranometer to monitor their New 100MW Solar Farm in Hebei Province.
The China Three Gorges Corporation, one of the world’s largest renewable energy companies, is using the Delta-T Devices SPN1 Sunshine Pyranometer to monitor the performance of its huge new solar farm project in rural Quyang district - 230km southwest of Beijing. The solar farm is being built on more than 40 square kilometres of hilly, uncultivated land. The farm already has potential to ...
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Chinese Energy Giant Uses Delta-T’s SPN1 Pyranometer to Monitor Their New 100MW Solar Farm in Hebei Province
The China Three Gorges Corporation, one of the world’s largest renewable energy companies, is using the Delta-T Devices SPN1 Sunshine Pyranometer to monitor the performance of its huge new solar farm project in rural Quyang district – 230km southwest of Beijing. The solar farm is being built on more than 40 square kilometres of hilly, uncultivated land. The farm already has ...
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New White Papers Added to the SPN1 Sunshine Pyranometer Online Resource Centre
Two notable new research papers have been added to the fast growing SPN1 Sunshine Pyranometer online resource centre. The SPN1 Resource Centre is designed to help visitors fully understand the workings and benefits of the SPN1 (including calculation of DNI), and to provide access to the latest SPN1-related research trials and academic papers. The new papers are titled SPN1 Measurement Best ...
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Largest ever polar research expedition uses the Delta-T Devices SPN1 Pyranometer to measure solar radiation
Delta-T Devices’s SPN1 Sunshine Pyranometer is amongst instruments being used on a one-year long expedition to the Central Arctic. This major research project, titled MOSAiC (Multidisciplinary drifting Observatory for the Study of Arctic Climate) is closely analysing the Arctic (as the epicentre of global warming) in order to gain fundamental insights about the nature of global climate ...
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Groundbreaking Saildrone Technology Incorporates the Delta-T Devices SPN1 Pyranometer
Delta-T Devices’s SPN1 Sunshine Pyranometer is being used to record solar radiation data aboard two Saildrones on a six-month, 4,000 nautical mile mission to the equator and back. The aim is to develop and extend the work of the existing Tropical Pacific Observing System. Saildrones (pictured below) are highly innovative autonomous sailing drones, which can be remotely programmed and ...
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Ground breaking Saildrone technology incorporates the Delta-T Devices SPN1 Pyranometer
Delta-T Devices has revealed that its SPN1 Sunshine Pyranometer is being used to record solar radiation data aboard two Saildrones on a six-month, 4,000 nautical mile mission to the equator and back. The aim is to develop and extend the work of the existing Tropical Pacific Observing System. Saildrones (pictured left) are highly innovative autonomous sailing drones, which can be remotely ...
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