A Market Leader in Solar PV Technology

Global Energy Management Ltd is delighted to be partnered up with one of the World’s Market Leaders when it comes to Solar PV Technology.

The primary business of Akhter Renewables plc is to build, operate and maintain solar parks, both for itself and on behalf of others. In creating highly efficient parks, Akhter uses a High Concentration PV product with a fully integrated twin-axis tracking system that can generate electricity at a much lower cost than conventional static systems.

Global Energy see’s it’s partnership with Akhter Renewables as a very valuable one as we are in a position to offer our clients the best of cutting edge technology. Given Akhters commitment to continued research and development we look forward to the Future.

History

The company is part of the very successful Akhter Group plc, established in 1979 and incorporates Akhter Solar Ltd that owns Pakistan’s first automated facility for mass producing Photovoltaic Modules. With 5 years of research and development already under its belt through Akhter Solar, Akhter Renewables is well positioned to serve the PV market.

From Wafer to Farm

Akhter’s control over PV manufacturing is significant and covers the process from the wafer stage, right through to PV Plant operation. This gives Akhter an advantage over many companies that are only involved in one or two stages.

Ongoing Development

Akhter is driven by a passion to deliver state of the art solutions to its clients. The investment Akhter puts into Research and Development is indicative of that passion and the company is constantly challenging technology to create more efficient, more cost effective products. PV Modules, Tracking Units, Components In addition to the provision of complete Solar Farm facilities, Akhter supplies individual PV modules, concentrating dual axis tracking systems and components such as junction boxes and aluminium frames.

The Global Energy Management Team looks forward to developing partnerships with individuals and companies that are concerned to make sustainable energy available by the most efficient means.

System Components and Features:

Akhter PV Modules

Akhter’s PV Modules are made to the highest standards at the company’s state-of-the-art production plant. Polycrystalline modules, from 5w to 250w and conversion efficiency up to 16%, service low voltage applications, right through to high production grid connected use.

Aluminium Frame
Heavy duty, box-style anodized lightweight aluminium frames from Akhter Renewables will provide structural strength, aid installation and protect the edges of PV modules. Akhter offers frame lengths up to 5.5 metres with inserts that clip into the cavity to hold the frame rigid at the corners.

• Anodised aluminium with satin silver finish
• Standard Dimensions: Thickness: 21mm (±0.2) Width: 34mm (±0.3) Length: any length up to 5500mm

Rugged Junction Box
Akhter’s highly durable, patented junction box has a dust and splash proof housing and protects against corrosion. It has the capacity to dissipate excess heat quickly, for lower operating temperatures and is securely welded for longevity. It uses quality, robust connectors. Robust for Extreme Conditions – tested in accordance with IEC 61215, to withstand increased loads of up to 5.4 kN/m2. Suitable for use in under heavy snow and ice loads. Holes in the hollow section prevent the build-up of condensation and damage to the frame from freezing.

• It uses quality, robust connectors
• Dimensions 106mm x 105.5mm x 27mm
• Termination cross-section 0.5 - 4 mm2, circular conductor
• Voltage rating 1000 V DC
• Maximum Current 40A
• Maximum System Voltage DC 1000V
• Working Temperature -40°C to 90°C
• Maximum Working Humidity 5% to 95% (no coagulation)
• Protection Mode acc. to IEC 60529 IP 65
• Rated Connecting Capacity 4mm EXP 2
• Rated current 32 A
• Halogen free acc. to DIN VDE 0472 part 815 Material polyphenylene ether (PPE)
• Protective insulation acc. to DIN VDE 0106 protection type II

Akhter Tracking Systems

Akhter’s Research and Development teams have perfected the efficient production of linear actuators and a computer system to track the sun from morning to evening. This increases the efficiency of modules as they are in maximum use for longer in the day.

Automatic Positioning

The tracking unit is designed to accurately track a solar panel fitted on a specially balanced frame. It has an electronic timer unit and a set of gears to transmit the power to the panel. Orientation is accomplished in small steps of 38 pulses per minute and its motion is almost unnoticeable.

More Energy Generated with Fewer Modules.

Orienting a photovoltaic panel to face the sun can increase its performance by up to 30%. Where space is at a premium, a tracker unit means that 25% fewer modules are needed to supply the energy normally generated by fixed units.

Uses Less Than 1% of Energy to Run

Less than 1% of the energy generated by each module is used to drive the movement of the tracking unit as it continually repositions the module to face the sun.

Technology of the Future Quality, Protective Module Design

Akhter employs Glass-Tedlar technology, with a configuration that fulfills the most demanding PV applications. The PV cells in Akhter’s modules are embedded in flexible transparent EVA, to resist UV and protect the cell from etching, ensuring the best performance whatever the climate. The module is set behind highly transparent tempered glass. This delivers more power and ensures high impact resistance and protection against hail, snow, ice and storms. The back of the module is sealed with high quality plastic and the entire laminate is installed in an anodized aluminium frame to provide structural strength and ease of installation.

Latest Concentrator Technology

Akhter uses concentrator technologies to “concentrate” or focus light from a relatively broad collection area onto a much smaller area of active semiconductor PV cell material. To benefit from concentrator technology, the modules must be pointed directly at the sun using trackers that follow the sun’s trajectory throughout the day. By reducing the amount of PV material required to capture a given amount of sunlight, system costs can be reduced, resulting in a lower cost per watt of output.

Long Term Performance Warranties

25-year power output and 2 year workmanship warranty. Plus! all modules are recyclable. Quality Control – QC procedures are followed rigorously to ensure each module meets the highest standards of manufacture. Modules are individually tested and certified in accordance with IEC- and UL-standards.

Applications

Industry:
Telecommunication, Traffic Lights, Engineering, Commercial current supplies.

Private end users:
Autonomous solar energy systems, remote homes, camping, caravans, boats.

Rural electrification:
Power for remote areas, solar home systems, compact systems, hybrid systems (multiple energy sources).


PRODUCTS

	CS-2200	CS-2600
ELECTRICAL
Maximum Power Pmax	2,200W	2,600W
Open Circuit Voltage Voc	435V	520V
Max Power Point Voltage Vmpp	300V	360V
Short Circuit Current Isc	7.92A	7.92A
Max Power Point Current Imp	7.35A	7.35A
Cells per module	600	720
DIMENSIONS
Cell (L) x (W) cm	3.0x2.4	3.0x2.4
Module (L) x (W) x (D) cm	480x320x15	480x384x15
Module Weight kg	760	850
GENERIC SPECIFICATIONS
MECHANICAL Frame: Aluminium+Steel Front : Tempered Glass Back : Tedlar Cell Encapsulation : EVA Junction Box : Plastic PPE– IP65 Connector : MC Type 4 TEMPERATURE COEFFICIENT Current Temperature Coefficient +4.40 mA/K Power Temperature Coefficient -0.46 %/K NOCT Normal Operating Cell Temperature 70°C ± 2°C LIMITS Operating Temperature Limits -25°C to +85°C Power Tolerance ±3% Maximum System Voltage 1,000V DC

	P200-27	P210-27	P240-33	P250-33
ELECTRICAL
Maximum Power Pmax	200W	210W	240W	250W
Open Circuit Voltage Voc	37.2V	37.2V	45.5V	45.5V
Max Power Point Voltage Vmpp	27.3V	27.3V	33.4V	33.4V
Short Circuit Current Isc	8.02A	8.45A	7.42A	7.82A
Max Power Point Current Imp	7.42A	7.72A	7.26A	7.62A
Cells per module	54	54	66	66
Cell Type	Polycrystalline	Polycrystalline	Polycrystalline	Polycrystalline
DIMENSIONS
Cell (L) x (W) cm	15.6 x 15.6	15.6 x 15.6	15.6 x 15.6	15.6 x 15.6
Module (L) x (W) x (D) cm	145.5 x 96.5 x 3.4	145.5 x 96.5 x 3.4	176.5 x 96.5 x 3.4	176.5 x 96.5 x 3.4
Module Weight kg	18	18	22	22
GENERIC SPECIFICATIONS
MECHANICAL Frame: Aluminium Front : Tempered Glass Back : Tedlar Cell Encapsulation : EVA Junction Box : Plastic PPE– IP65 Connector : MC Type 4 TEMPERATURE COEFFICIENT Current Temperature Coefficient +4.40 mA/K Power Temperature Coefficient -0.46 %/K NOCT Normal Operating Cell Temperature 48°C ± 2°C LIMITS Operating Temperature Limits -25°C to +85°C Power Tolerance ±3% Maximum System Voltage 1,000V DC [ BACK TO TOP ↑]