array(3) { ["company_details"]=> array(13) { ["name"]=> string(32) "RENEWABLE ENERGY SYSTEMS LIMITED" ["slug"]=> string(41) "c3199-gb-renewable-energy-systems-limited" ["logo"]=> NULL ["description"]=> string(538) "RES is the world’s largest independent renewable energy company active in onshore and offshore wind, solar, energy storage and transmission and distribution. At the forefront of the industry for 38 years, RES has delivered more than 18 GW of renewable energy projects across the globe and supports an operational asset portfolio exceeding 6 GW worldwide for a large client base. Understanding the unique needs of corporate clients, RES has secured 1.6 GW of power purchase agreements (PPAs) enabling access to energy at the lowest cost." ["address_street"]=> string(14) "Beaufort Court" ["address_place"]=> string(13) "KINGS LANGLEY" ["address_region"]=> NULL ["founding_date"]=> NULL ["website_domain"]=> NULL ["website_url"]=> NULL ["industry_codes"]=> array(2) { [0]=> string(94) "General Contractors—Nonresidential Buildings, Other than Industrial Buildings and Warehouses" [1]=> string(20) "Engineering Services" } ["employee_count"]=> int(491) ["article_count"]=> int(110) } ["articles"]=> array(1) { [0]=> array(7) { ["title_en"]=> string(156) "Futuristic desert city to get water using Cranfield solar technology | Business Weekly | Technology News | Business news | Cambridge and the East of England" ["snippet_en"]=> string(252) "Technology researched at Cranfield University that harnesses concentrated solar power to desalinate sea water is being adopted by a new smart city under construction in Saudi Arabia. NEOM– a region in northwest Saudi Arabia on the Red Sea being built" ["url"]=> string(113) "https://www.businessweekly.co.uk/news/cleantech/futuristic-desert-city-get-water-using-cranfield-solar-technology" ["image_url"]=> NULL ["source"]=> string(20) "businessweekly.co.uk" ["publication_date"]=> string(10) "2020-02-19" ["categories"]=> array(4) { [0]=> string(17) "Academic Research" [1]=> string(5) "R & D" [2]=> string(19) "Green & Responsible" [3]=> string(31) "Water and Wastewater Management" } } } ["category_annotations"]=> array(30) { [0]=> array(2) { ["name"]=> string(17) "Energy Management" ["count"]=> int(42) } [1]=> array(2) { ["name"]=> string(19) "Green & Responsible" ["count"]=> int(25) } [2]=> array(2) { ["name"]=> string(33) "Materials Sourcing and Efficiency" ["count"]=> int(17) } [3]=> array(2) { ["name"]=> string(6) "Energy" ["count"]=> int(14) } [4]=> array(2) { ["name"]=> string(20) "Alternative Energies" ["count"]=> int(14) } [5]=> array(2) { ["name"]=> string(13) "GHG Emissions" ["count"]=> int(12) } [6]=> array(2) { ["name"]=> string(11) "Acquisition" ["count"]=> int(10) } [7]=> array(2) { ["name"]=> string(22) "Sustainable Investment" ["count"]=> int(8) } [8]=> array(2) { ["name"]=> string(13) "Collaboration" ["count"]=> int(8) } [9]=> array(2) { ["name"]=> string(15) "Deals & Tenders" ["count"]=> int(5) } [10]=> array(2) { ["name"]=> string(25) "Business Model Resilience" ["count"]=> int(5) } [11]=> array(2) { ["name"]=> string(18) "General Investment" ["count"]=> int(5) } [12]=> array(2) { ["name"]=> string(5) "Legal" ["count"]=> int(3) } [13]=> array(2) { ["name"]=> string(5) "R & D" ["count"]=> int(2) } [14]=> array(2) { ["name"]=> string(7) "Renewal" ["count"]=> int(2) } [15]=> array(2) { ["name"]=> string(8) "Accident" ["count"]=> int(2) } [16]=> array(2) { ["name"]=> string(19) "Government Policies" ["count"]=> int(2) } [17]=> array(2) { ["name"]=> string(24) "Government Interventions" ["count"]=> int(2) } [18]=> array(2) { ["name"]=> string(18) "Ecological Impacts" ["count"]=> int(2) } [19]=> array(2) { ["name"]=> string(6) "Outage" ["count"]=> int(2) } [20]=> array(2) { ["name"]=> string(9) "Pollution" ["count"]=> int(2) } [21]=> array(2) { ["name"]=> string(34) "Physical Impacts of Climate Change" ["count"]=> int(2) } [22]=> array(2) { ["name"]=> string(3) "War" ["count"]=> int(1) } [23]=> array(2) { ["name"]=> string(31) "Water and Wastewater Management" ["count"]=> int(1) } [24]=> array(2) { ["name"]=> string(17) "Academic Research" ["count"]=> int(1) } [25]=> array(2) { ["name"]=> string(14) "Water Shortage" ["count"]=> int(1) } [26]=> array(2) { ["name"]=> string(8) "Activism" ["count"]=> int(1) } [27]=> array(2) { ["name"]=> string(15) "Blogs & Columns" ["count"]=> int(1) } [28]=> array(2) { ["name"]=> string(12) "Board Change" ["count"]=> int(1) } [29]=> array(2) { ["name"]=> string(20) "Business Development" ["count"]=> int(1) } } } c3199-gb-renewable-energy-systems-limited

RENEWABLE ENERGY SYSTEMS LIMITED

Location

Founded

Website

Articles

110 Articles

Category

General Contractors—Nonresidential Buildings, Other than Industrial Buildings and Warehouses

Engineering Services

Description

RES is the world’s largest independent renewable energy company active in onshore and offshore wind, solar, energy storage and transmission and distribution. At the forefront of the industry for 38 years, RES has delivered more than 18 GW of renewable energy projects across the globe and supports an operational asset portfolio exceeding 6 GW worldwide for a large client base. Understanding the unique needs of corporate clients, RES has secured 1.6 GW of power purchase agreements (PPAs) enabling access to energy at the lowest cost.

Articles

Futuristic desert city to get water using Cranfield solar technology | Business Weekly | Technology News | Business news | Cambridge and the East of England

2020-02-19 (businessweekly.co.uk)

Futuristic desert city to get water using Cranfield solar technology | Business Weekly | Technology News | Business news | Cambridge and the East of England

Technology researched at Cranfield University that harnesses concentrated solar power to desalinate sea water is being adopted by a new smart city under construction in Saudi Arabia. NEOM– a region in northwest Saudi Arabia on the Red Sea being built

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