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Goldi Solar Pvt. Ltd. is one of the leading solar PV module manufacturing companies. We manufacture modules up to the range of 380Wp using Poly and Mono PERC crystalline solar cells in an air-conditioned and state-of-the art, dust free facility.
Our avant-garde facility has a manufacturing capacity of 500MW to produce PV modules and subsequently we are aiming to scale up our production capacity to 1GW by next year. We are ISO 9001:2015, ISO 14001:2015 and OHSAS 18001:2007 certified and one of the first Indian company to be independently audited by SOLARBUYER, U.S.A.
Besides being tested by third parties (SGS-TUV-SAAR-INTERTEK-ICAS-FRAUNHOFER-UL), Goldi Solar modules are also integrated for reliability testing as part of the design process, and the test results are used to fine- tune module quality during mass production.
Our EPC arm has grown by leaps and bounds with over 2000+ customers in our kitty PAN india. We have an in-house team of engineers and we guarantee clean and professional installations within the committed time along with rated output to remotely monitor our plants 24×7 throughout the year.
Goldi Solar is here to benchmark on quality, reliability and on-time delivery which is in our DNA. We offer in-line as well as pre-dispatch inspection access to our customers and maintain complete transparency. Goldi’s USP is 99% achievement of targeted delivery timelines thus helping customers to execute and commission the project on time, allowing Goldi to have an edge over its competitors.
Highlighted here is a brief introduction of our Goldi 72 series 5 Bus PERC cell technology Mono Crystalline modules.
Offering a range from 370Wp to 380Wp, this module offers a conversion efficiency of up to 19.4%, benefitting from Passivated Emitter Rear Contact (PERC) technology.
The 5 bus bar solar cells offer guaranteed performance with minimal power loss due to improved temperature co-efficient.
PERC or Passivated Emitter Rear Contact technology refers to the dielectric layer on the back of a PERC solar cell. This layer on the back of the solar cell helps to reflect light that passed through the cell, back into the cell so it can generate more electrons. This is also known as backside passivation.
Hence, light which passes through the cell without being absorbed is again reflected back by the rear passivation for the second absorption attempt, thereby increasing efficiency.
Goldi Solar PERC panels have a higher energy density per square foot and perform well under high temperature.
Designers can utilize less panels to accomplish total output goals where footprint is limited, or they can dramatically maximize energy output if space is not a problem. This empowers designers to be more flexible and responsive to project objectives.
Keeping ahead of the technology curve, we have launched the following new products for which we would like to highlight some of the benefits in brief.
Goldi 5BB 1500 System Voltage Module
Goldi 5BB 1500 System Voltage modules lead to longer string length and thereby use fewer components as compared to conventional power plants, thus decreasing BOS costs.
Goldi Bi-facial cell modules
Goldi bi-facial modules have the advantage of producing more energy by using reflective incidental light from the rear along with light from the front of the module.
Goldi Split JB module
The Goldi Split Junction Box layout design enables for a higher energy yield while reducing heat and increasing panel reliability. Also results in reduction of cable length high fill factor & four times lower power loss in complete module.
Goldi White EVA & Transparent EVA Glass to Glass module
The Goldi White EVA & Transparent EVA Glass to Glass module eliminates PID due to frameless design, with no grounding required and is free of snail trails. The frameless design also reduces O&M cost due to less dust and snow accumulation.
Goldi Light Weight module (2mm & 2.5mm glass)
Reduced thickness of glass in Goldi Light Weight modules results in low weight of modules, very much suitable for roof tops. Eliminates need for expensive structural reinforcements. Derives higher panel efficiency due to lesser absorption and higher irradiance reaching the cells. Uniform and better heat dissipation from glass results in lower temperature of module leading to higher yield.
On-grid large scale utility systems, on-grid & off-grid residential systems, on grid commercial / industrial roof tops and solar pumping systems.
Apart from the above, application of Bi-Facial cell modules and Glass to Glass modules are ideal for BIPV, carport, floating PV, Snow or desert environments etc.