Systems planning management and system engineers provide preplanning assistance to help develop the most cost-effective program tailored to meet your requirements. Preplanning results in a realistic and practical schedule achieved by optimum design of component interfaces, accurate material lists (eliminating emergency shipments), efficient use of field time, and the selection components that will best meet the system performance objectives. Any (or) all of the following services which help create a successful program are provided by ARISYS.
Support & Services
Our high end engineering solutions provides wide range of services offering from Design Engineering, Process Engineering, Manufacturing end to end solutions with unmatched quality to help our customers improve operational efficiency, short time to market and faster production.
Design & Approach
Our conceptual design approach provides in depth analysis and feasibility of the product which helps customers to focus on ideas that reduce the manufacturing cost without compromising the quality and precise performance.
The design undergoes various analysis and simulations:
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Structure Stability Test.
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Structure Load Test.
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Dead Load Condition.
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Wind Load.
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Seismic Load.
When approaching to your projects, ARISYS will ensure that your program requirements will be professionally achieved. ARISYS provides a single qualified source for system preplanning and design, system components, site preparation, installation, testing and maintenance.
System Planning
Site & Path Survey
The site and path survey design to provide a basic understanding of geographic location, latitude, longitude, sun angle and wind loads, the approach will determine the system feasibility, system layout, critical point location, sites layout and space inventory, Array orientation and space availability, free space and obstruction losses and requirements. The survey report enables to determine the best arrangement design of solar array of PV Plants.
GIS Planning System
ARISYS mapping services offers one of the most accurate, expedient and cost-effective ways to capture elevation information. The data is directly processed to produce detailed bare earth models in a variety of formats including LAS, ASCII, ESRI and CAD. Typical horizontal accuracies range between 20.0 cm to 100.0 cm. typical vertical accuracies range between 9.24 cm and 18.5 cm for fixed wing aircraft and 1.0 cm to 3.0 cm for drone platforms. Derived products include DEM, DTM, DSM, slope/aspect, topographic maps and plan metric detail.
Civil Works
Our civil design provides preliminary civil planning, geological survey for the site, pile-pull testing, grading plans, and the overall application process the underlying structure of systems within which solar power facilities can exist and operate. After through examining the team will provide final construction drawings and detail documentation for civil work, this includes the design of project and access roads, lay down area for the PV array, design and layout of peripheral boundary, construction of inverter & control rooms, module mounting structures & cable trench..Etc. Once agreements and permits are in place, Arisys provides detail drawings of locations where civil elements will take place, and an extensive civil design package that will address civil engineering aspects of the project. We utilize civil 3D software which incorporates the racking foundations, the proposed ground surface and a top-of-pole elevation to ensure constructability is fully achieved.
Intergation & Testing
The most important phase of work is Integration. ARISYS ensure all inventory material and resources are readily available for assemble before system connected to grid. After complete assembly the team will initiate test procedures with ground support equipment, designing specific tools and with test setups.