Larks Green, UK – 70.12 MW

Solar PV project in Bristol, United Kingdom

Mechanical works:

  • Off-loading, distribution, ramming, assembling, and testing of the mounting structure
  • Ramming of the piles
  • PV and Inverter Structure Mounting
  • PV Module Installation

 

Sweeting Thorns, UK – 28.84 MW

Solar PV project in the United Kingdom

Mechanical works:

  • Off-loading, distribution, ramming, assembling, and testing of the mounting structure
  • Ramming of the piles
  • PV and Inverter Structure Mounting
  • PV Module Installation

Bishop’s Waltham, UK – 9.44 MW

Solar PV project in the United Kingdom

Mechanical works:

  • Off-loading, distribution, ramming, assembling and testing of the mounting structure
  • Ramming of the piles
  • PV and Inverter Structure Mounting
  • PV Module Installation

West Holcombe, UK – 7.2 MW

Solar PV project in the United Kingdom

Mechanical works:
– Ramming of the piles
– Structure Mounting System
– Mounting of the PV panels

Electrical works:
– Laying of the DC, AC (LV, MV) data cables
– Inverter installation
– MV stations installation and cabling
– Installation of Earthing systems, Weather station, CCTV, and SCADA systems

Zaragoza, Spain – 50 MW

50 MW solar project in Spain

Mechanical and Electrical installation of PV Modules:

  • Unloading and management of the modules on site
  • Mechanical installation of modules
  • Interconnecting of PV module terminals to form PV strings
  • Waste management
  • Supervision and quality management

Atzendorf, Germany – 1.4 MW

697kWp + 750kWp solar project in Germany

Work done:

  • Installation of the electrical modules
  • Installation of the DC cabling
  • Installation of the AC/DC inverters
  • Logistics in regard to electrical components (storage, acceptance, insurance)

AC Installation:

  • Connection of AC low voltage wiring
  • Connection of low voltage side TS
  • Connection of AC collection boxes
  • Connection of the cabling for the safety system
  • Logistics in regard to electrical components (storage, acceptance, insurance)

GAARZ, Germany – 4.7 MW

4.7 MW solar project in Germany

Work done:

  • Distribution of used materials (modules, etc.)
  • Waste management in the area
  • Installation of modules
  • DC string reconnection between rows in black pipes located in sand inside of trench,
  • Reconnecting of modules
  • DC cable fixation
  • String measurement and labeling and preparation of string measurement protocol
  • Connection to Gak boxes
  • Earthing of Gak boxes
  • Earthing of tables

Fishbeck, Germany – 7.2 MW

7,2 MW solar project

The solar farm is situated on land near Fishbeck, Germany.

Work done:

  • Fence installation
  • Preparation for the installation of the electrical modules
  • Installation of the electrical modules
  • Installation of the DC cabling
  • Installation of the DC solar connectors
  • Installation of the DC/AC inverters
  • Logistics with regard to electrical components (storage, acceptance, insurance)

AC Installation:

  • Installation of AC low-voltage wiring
  • Installation and connection of low voltage side TS and monitoring container
  • Installation of AC collection boxes
  • Installation of the cabling for the safety system
  • Installation and connection of mid-voltage side between TS and electrical site entry point
  • Logistics with regard to electrical components (storage, acceptance, insurance)

Al-Shamiyah Haram Extension & Mataf

BIPV system for Al-Shamiyah Haram Extension & Mataf:

PV modules will be fitted to the roof of bridges connecting the Piazza to Mataf area of the great mosque. PV Modules with both curved and flat profiles are used. The bespoke modules will aptly fit the design intent of the bridge.

Technical data for BIPV installation on the bridge:

  • Installed capacity: 1.3 MW peak
  • Annual Production: 1.6 GWh 
  • CO2 saving: 950.000 ton           
  • Module coverage area: 8981 square meters
  • Module quantity: 3936 pieces

The modules retrofitted to the Shooter roof will also have a green texture specially designed to match the theme of the surrounding area.

Safety will be paramount to the installation owing to the site being a place of pilgrimage where millions visit every year. Each bespoke module will be fitted with module-level power electronic device for module-level control and optimal system efficiency.

Technical data for BIPV installation on Shooter:

  • Installed capacity: 0.4 MW peak
  • Annual Production: 0.6 GWh 
  • CO2 saving: 360.000 ton           
  • Module coverage area: 2900 square meters
  • Module quantity: 1312 pieces

Sustainability Pavilion

Expo 2020 Sustainability Pavilion

The Sustainability Pavilion is one of the three thematic pavilions, built to be the signature structures for the word EXPO to be held in Dubai by 2021.

The pavilion’s roof, also called the pavilion canopy was fabricated with BIPV panels to ensure that the structure has a net zero emission.

The canopy has 18 Nos. Energy trees are built along its periphery to supplement the energy produced from the canopy. The Tree heads were designed to move along the trail of the sun, to improve the energy-harnessing capacity of the tree.

The system is the biggest BIPV installation in the world, sizing to an aggregated installed capacity of 2.1 MWp.

Technical Data:

  • Total installed capacity: 2.1 MWp
  • Specific yield: 1684 KWh/KWp/year
  • Performance ratio: 82.59 %
  • Total Grid feed-in for the first year: 4.1 GWh/year

Scope:

  1. Preparation of Detailed Solar & Structural Design for the System.
  2. Coordinate closely with concerned authorities to get project approvals:
  3. Equipment supply and installation
  4. Comply with all the applicable HSE requirements
  5. AC and DC work
  6. Testing and commissioning of the system
  7. Provide the As-built drawings.
  8. Project Management for the entire PV system.
  9. Project handover