最新產品消息

加拿大 - RBR

海洋水質監測記錄儀器

德國 -F.A.S.T GmbH

漏水檢測儀器

比利時 -dotocean

海底底層探測系統

德國 - GeoTomographie

地球物理探測系統

瑞典 - ABEM

地球物理探測儀器

德國 - WayCon

精密位移測距位置量測系統

澳洲 - ZZ GEO

多通道地電組成像探測系統

奧地利 - CMS Ing.Dr.Schreder GmbH

全空域雲覆蓋與雲高影像偵測系統

英國 - Impact Subsea

水下高程、溫度、壓力儀器與姿態航向參考系統(AHRS)

紐西蘭 - DCL

romdas道路鋪面檢測與管理系統

德國 - hf sensor

MOIST微波濕度量測系統

英國 - Cygnus

水下超音波測厚儀

英國 - Cirrus

環境噪音監測系統

加拿大 - SEAMOR Marine

ROV水下無人操控載具

英國 - Tunnel Sensors

隧道空氣品質與光線監測系統

英國 - Biral

能見度儀與即時氣象監測系統

美國 - Exocetus

岸水下滑翔機探測系統

英國 - ISODAQ

水文環境監測資料擷取系統

英國-ZephIR

光達風場剖面量測系統

捷克-Inset

磁彈式鋼索荷重張力計

以色列-Piletest

 基樁探測系統

加拿大-Pavemetrics

 道路鋪面與隧道斷面檢測雷射掃瞄儀

美國-Paroscientific

智慧型深度計/奈米級深海壓力計(海嘯儀)

西班牙-Albatros

漂流追蹤浮標 

澳洲-Fiomarine

聲波上升浮標

 

英國 ZephIR 光達風場剖面量測系統

LIDAR wind profile measurement system


ZephIR 300 介紹                                                                                      PDF'檔

ZephIR 300 measures wind characteristics onshore and on fixed or floating platforms offshore from just 10 metres (33 feet) up to 200 metres (656 feet) from installed position to inform wind regime and quality studies during the development and operation of wind farms onshore and offshore. ZephIR 300 is accurate, reliable and affordable, adding value to your wind energy project at every stage - from pre-planning, through development and on to operation. Every system is uniquely subjected to an industry approved validation process ensuring repeatable, finance-grade data. With our extensive experience in the industry, we are able to support you with a range of Support Packages designed to make wind data collection both simple and user-friendly - read on to find out more.


THE ZephIR ADVANTAGE

REMOTE WIND PROFILING

across 10 user-defined heights from 10 metres (33 feet) to 200 metres (656 feet)

• UNPARALLELED EXPERIENCE

borne across 650+ deployments, 3 million hours of operation and a decade of wind lidar experience globally

• FINANCE-GRADE WIND DATA

accepted by Banks’ Engineers as part of the formal energy assessment of a wind project

• PROVEN EXTREME OPERATION

from -40°C to +50°C across more than 650 lidar deployments globally

• TECHNICAL SUPPORT

with local service engineers across Europe, North America, South America and Asia Pacific

• INDUSTRY APPROVED VALIDATIONS

including IEC equivalent power performance measurements, extensive onshore / offshore campaigns and tall met mast verifications

 
ZephIR DM 介紹

ZephIR DM is a Dual Mode variation of the successful 300 system. ZephIR DM measures wind characteristics in front of or behind a turbine from just 10 metres (33 feet) out to 200 metres (656 feet) situated inside the spinner or on top of the nacelle, during the operation of wind farms onshore and offshore.


THE ZephIR ADVANTAGE

REMOTE WIND PROFILING

across 10 user-defined ranges from 10 metres (33 feet) to 200 metres (656 feet)

PERFORMANCE OPTIMISATION

through in-situ forward / rear measurements of wind flow, ground based measurements of wind flow, correction of turbine yaw misalignment and control parameter optimization

CONTINUOUS WAVE LIDAR

measuring both average wind speed and shear across the full rotor swept diameter, and specific hub height wind speed and direction

INDUSTRY-RECOGNISED VALIDATIONS

including IEC equivalent power performance measurements, extensive onshore / offshore campaigns and tall met mast verifications

TRUE ‘DUAL MODE’ OPERATION

both ground and nacelle based, with a single common platform consisting just two easily manoeuverable modules - system and frame


ZephIR is a continuous wave lidar system, and this core technology was chosen specifically during the original  design of the product due to its unique benefits listed below. Many of these features are as a result of the absolute  simplicity in system design and add real benefit to the end user.

FEATURE

BENEFIT

ZephIR

Met Mast

SODAR

Other Lidar

Range focusing system

High data availability at all heights; no extrapolation required; continuous data sets; lower uncertainty

 

Optimised probe measurement length at low heights / close ranges where air flow is rapidly changing; more accurate wind analysis

Matched performance

10 metre (33ft) low height measurement

Correlations with low level instruments; in-situ performance checks; low level measurements even in thick fog for continuous data sets

Industry recognized validation process on all systems against an IEC compliant met mast

Proven repeatable performance; traceability for finance-grade data sets; alignment to GL Garrad Hassan / Natural Power remote sensing best practice guidelines

matched
performance

Up to 50 wind data points collected at each height / range interval with up to 1 second sampling

More accurate capture of data in complex terrain where air flow is rapidly changing Less sensitivity to obscuration / incomplete view of sky from fixed objects; greater redundancy of sample points

  Feature of system

  Not a feature of system