Multi-echo 2.5m to 1000m long range 5mm@40m accuracy HS1000i high frequency 3D laser scanner for coal inventory system

The coal management of thermal power plant is an important part of production management, which has a direct impact on the economic indicators of the power plant. Therefore, it is urgent to quickly and accurately measure the coal storage and daily consumption of the coal yard, so as to facilitate the cost accounting, economic benefit evaluation and scientific management of the power plant. The measurement of coal stockpile reserves (coal storage) is an important measurement work for thermal power plants, coal mines and other units. It is mainly to measure the volume of coal stockpile. The traditional measurement method is to shape the coal stockpile with bulldozer, artificially push it into an approximate trapezoid, and then measure it manually, or calculate it by making coal stockpile profile. This method requires that the bottom surface is flat, put more manpower and material resources. The measurement error is large and the efficiency is low.

Hi-Cloud HS1000i 3D laser scanning technology solution, not attached to any equipment, does not require the flatness of the bottom of the coal storage yard and regular shape. Through short-time intensive high-precision laser scanning, it establishes a high-resolution real size 3D TIN model of the whole coal pile, and directly calculates and outputs a detailed volume report. Due to the extremely short time-consuming of counting once, it can realize daily scanning and even shorter time interval detection; calculate the 3D TIN model at the same time every day to output the volume change (daily consumption) report. It has the characteristics of automatic operation, time-saving, fast, accurate and relatively economic, which is very beneficial to the lean management in the power plant.

Advantages:

1. Measurement range from 2.5m to 1000m

2. High precision 5mm@40m, high frequency max. 500kHz

3. Synchronous signal output, external camera sensor can be connected

4. Multiple intelligent registeration methods are optional

5. Fully independent intellectual property rights, upgrade is guaranteed

6. 240G(SSD) data storage with GigE/USB2.0 data transmission methods

Parameters:

Hi-Cloud -- the leader of 3D laser scanning technology

Wuhan Hi-Cloud Technology Co.,Ltd. founded in 2012, and is a holding company of Guangzhou Hi-Target Satellite Navigation Technology Co.,Ltd (stock code: 300177) with more than 200 team members and a product service network covering the whole country.

Hi-Cloud has been committed to the development, application service and industrialization of high-precision 3D laser series products for long term. It has taken the lead in overcoming the key core technology of full waveform LiDAR, breaking the long-term monopoly of foreign technology. It has formed a full series of product line layout of 3D laser "sea, land and air", and is far ahead in the application field of high-precision of domestic equipment. It is one of the few 3D laser solution providers in China that fully master the core technology of LiDAR and realize industrialization. Products and technologies are widely used in geographic information surveying and mapping , digital city, industrial digitization and other fields to provide technical support for the construction and application of digital 3D world.

Hi-Cloud has applied for and owned 105 patents, 48 software copyrights, won a number of provincial and ministerial scientific and technological progress awards, won the title of "Gazelle Enterprise" in Wuhan East Lake Hi-Tech District for six consecutive years, and has been successively rated as a “High-Tech Enterprise”, Hubei enterprise technology center, an "Invisible Champion" in market segments, and "Little Giant" enterprise in Hubei Province.

In the future, Hi-Cloud will always adhere to the localization of high-end equipment as its own responsibility, and continue to promote the industrialization of domestic high-precision LiDAR, committed to become a global leader of 3Dlaser scanning technology.