Modern Features

• Precision engineered lenses made of optical grade polycarbonate for maximum light intensity
• 60°/90°/120° multiple beam angles available and customizable
• Improve visual comfort lower glare
• Providing a wider smoother and more uniform light output
• Available in 3000K 4000K, 5000K, 5700K, 6500K CCT
• 140lm/W and 170lm/W system efficacy, precisely light pattern ensure more energy saved
• Standard CRI Ra>70, Ra>80, Ra>90 Optional
• Unique backlight design, 10% light on the upside optional
• Multiple brackets improving installation time & reducing blind area of visual field

Electrical Features

• Power: 60W – 240W, up to 1500W replacement
• Standard 100-277VAC, 347VA, 480VAC Optional
• >50000 hours lifespan
• 1-10V, PWM, DALI, Zigbee dimming available
• Power Factor up to >0.95
• Standard 4KV surge protection and up to 20KV available
• Photocell, daylight, occupancy sensor and wireless control available

Warranty Features

• 2 years basic warranty, 5 years and up to 10 years warranty available
• Standard 100-277VAC, 347VA, 480VAC Optional

Construction Features

• Designed for industrial and commercial applications
• Providing cooler operating temperatures, brighter light and longer LED lifespan
• Greater heat dissipation ensured by external fins and die-casting aluminum housing
• IP66 & IK10 weather rating
• Corrosion and aging resistant powder coating

140lm/W

170lm/W

SOLAR EPC TEAM MANAGES ON-THE-GROUND EXECUTION OF PROJECTS AROUND THE WORLD.

We ensure your project is constructed according to plan and through the use of best practices and techniques.

With Solar EPC’s stringent safety and quality standards always in mind, construction managers supervise all skilled trade professionals working on your project, setting expectations for performance and ensuring steady progress.

Solar EPC’s fluently adapt to changes throughout the construction process and provide effective solutions that will avoid costly delays and rework.

We thoroughly inspect solar panels, inverters, batteries, charge controllers and other related equipments to check that it meets factory specifications and local electrical code. Then we’ll install the equipment on your power system, test it repeatedly, and commission it. No matter the location, climate, or conditions, we can ensure your solar system is ready for operation.

TODAY, 1.4 BILLION PEOPLE IN THE WORLD DO NOT HAVE ACCESS TO ENERGY

In sub-Saharan Africa, only 8% of the population in rural areas has access to mains electricity but mini-grids – localized generation, transmission and distribution of power – could change all that. These populations suffer from poor health, social and economic development conditions whilst paying a large part of their revenue for a harmful and polluting energy. As the international expert in solar energy, SOLAR EPC provides most reliable, affordable and clean energy for your community.

In countries where the energy infrastructure is under-developed and few towns are adequately electrified, extending the grid is often not financially viable, and certainly not likely to happen in the short to medium term. As the cost of solar energy in rural Africa, and other countries in Asia has fallen dramatically in recent years, setting up a mini-grid powered by renewable energy has become the cheapest way to provide electricity.

Utilizing our state-of-the art technology and highly experienced solar energy engineering staff, Solar EPC has the ability to track all of the indicators and parameters to optimize performance and to carry out the required maintenance of each solar farm.

Having an O&M company that can service utility scale and commercial photovoltaic systems takes much of the stress out of the equation. Not only can this type of company perform the necessary scheduled maintenance, they also will manage anomaly alerts, make system repairs, evaluate network voltage and frequency, monitor and report on energy production, and other critical factors related to the solar array.

WE HAVE A PHILOSOPHY OF MUTUAL RESPECT AND A COMMITMENT TO EXCEEDING CUSTOMER EXPECTATIONS.

That’s the rock-solid way we’ve built repeat business.

Solar EPC brings an honest, positive, and intelligent approach to our business that’s not readily found in the Solar PV industry. That approach has not only created recognizable, sustainable, innovative and award-winning buildings, it has helped our company grow to being one of the most transparent, respected, and sought-after companies in global PV industry.

Our passion for customer satisfaction runs deep. We are constantly focused on finding ways to exceed expectations at every turn. Our dedication to intelligent solutions is the core of our philosophy. We believe every Solar PV project is first and foremost about genuine, rewarding relationships with clients, subcontractors, suppliers, and the surrounding community. We’ve combined our deep expertise with a renowned level of integrity and transparency—serving as the foundation for all we do.

We design PV solutions (Engineering), purchase components (Procurement) and build the plants (Construction), including the infrastructure. Our engineers customize the plants according to your location and your needs. We provide you with high-quality components, help you with all questions concerning financing and monitor the operation of your solar power plant.

We are particularly expert in plants at every scale. Industrial clients as well as investment corporations and energy suppliers profit from our expertise. Moreover, with our Off-Grid and Solar Water Pump (potable/irrigation/livestock) solutions, we are able to supply agricultural businesses with energy.

At Moss, our goal is to serve the best interests of our clients, not our own, and to outperform our industry in ways that raise clients’ understanding of what’s possible.

It must be remembered, though, that wind power is intermittent and variable, so a wind turbine produces power at or above its annual average rate only 40% of the time. That is, most of the time.

Figures & Captions

A wind turbine may be “available” for 90% or more of the time, but its output depends only on the wind. Without the wind, it is like a bicycle that nobody rides: available, but not spinning.

Wind power has a very low “capacity credit,” its ability to replace other sources of power.

What is w ttind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Figures & Captions

Photo booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth. Stumptown bespoke, biodiesel minim beard High Life incididunt retro sustainable 90′s Echo Park Tumblr.

Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium.hoto booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth.

Wind power has a very low “capacity credit,” its
ability to replace other sources of power.

For example, in the U.K., which boasts of being the windiest country in Europe, the Royal Academy of Engineering projects that 25,000 MW of wind power will reduce the need for conventional power capacity by 4,000 MW, a 16% capacity credit.

What is wind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Heading 1

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004, the amount of back-up required was over 80%.

Heading 2

Which was the maximum output observed from all of their wind power facilities together.

Heading 3

That is, for every 10 MW of wind power added to the system in this case, at least 8 MW of back-up power must also be dedicated.

Heading 4

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW

Heading 5

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

Heading 6

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power.

Normal Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

• Aliquam erat volutpat
• Exercitation photo booth stumptown tote bag Banksy
• Tempor duis single-origin coffee
• Magnis dis parturient montes

Numbered Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

1. Aliquam erat volutpat
2. Exercitation photo booth stumptown tote bag Banksy
3. Tempor duis single-origin coffee
4. Magnis dis parturient montes

Doesn’t a unit of electricity produced by wind turbines reduce a unit from another source? If there is hydropower on the system, that is the most likely source to be reduced, because it can be switched on and off the most readily. Some natural gas plants can also switch on and off quickly (though at a cost of efficiency, i.e., burning more fuel). Otherwise, the output from fuel-burning plants is ramped down or it is switched from generation to standby. In either case, it still burns fuel.

It must be remembered, though, that wind power is intermittent and variable, so a wind turbine produces power at or above its annual average rate only 40% of the time. That is, most of the time.

Figures & Captions

A wind turbine may be “available” for 90% or more of the time, but its output depends only on the wind. Without the wind, it is like a bicycle that nobody rides: available, but not spinning.

Wind power has a very low “capacity credit,” its ability to replace other sources of power.

What is w ttind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Figures & Captions

Photo booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth. Stumptown bespoke, biodiesel minim beard High Life incididunt retro sustainable 90′s Echo Park Tumblr.

Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium.hoto booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth.

Wind power has a very low “capacity credit,” its
ability to replace other sources of power.

For example, in the U.K., which boasts of being the windiest country in Europe, the Royal Academy of Engineering projects that 25,000 MW of wind power will reduce the need for conventional power capacity by 4,000 MW, a 16% capacity credit.

What is wind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Heading 1

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004, the amount of back-up required was over 80%.

Heading 2

Which was the maximum output observed from all of their wind power facilities together.

Heading 3

That is, for every 10 MW of wind power added to the system in this case, at least 8 MW of back-up power must also be dedicated.

Heading 4

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW

Heading 5

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

Heading 6

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power.

Normal Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

• Aliquam erat volutpat
• Exercitation photo booth stumptown tote bag Banksy
• Tempor duis single-origin coffee
• Magnis dis parturient montes

Numbered Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

1. Aliquam erat volutpat
2. Exercitation photo booth stumptown tote bag Banksy
3. Tempor duis single-origin coffee
4. Magnis dis parturient montes

Doesn’t a unit of electricity produced by wind turbines reduce a unit from another source? If there is hydropower on the system, that is the most likely source to be reduced, because it can be switched on and off the most readily. Some natural gas plants can also switch on and off quickly (though at a cost of efficiency, i.e., burning more fuel). Otherwise, the output from fuel-burning plants is ramped down or it is switched from generation to standby. In either case, it still burns fuel.

It must be remembered, though, that wind power is intermittent and variable, so a wind turbine produces power at or above its annual average rate only 40% of the time. That is, most of the time.

Figures & Captions

A wind turbine may be “available” for 90% or more of the time, but its output depends only on the wind. Without the wind, it is like a bicycle that nobody rides: available, but not spinning.

Wind power has a very low “capacity credit,” its ability to replace other sources of power.

What is w ttind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Figures & Captions

Photo booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth. Stumptown bespoke, biodiesel minim beard High Life incididunt retro sustainable 90′s Echo Park Tumblr.

Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium.hoto booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth.

Wind power has a very low “capacity credit,” its
ability to replace other sources of power.

For example, in the U.K., which boasts of being the windiest country in Europe, the Royal Academy of Engineering projects that 25,000 MW of wind power will reduce the need for conventional power capacity by 4,000 MW, a 16% capacity credit.

What is wind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Heading 1

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004, the amount of back-up required was over 80%.

Heading 2

Which was the maximum output observed from all of their wind power facilities together.

Heading 3

That is, for every 10 MW of wind power added to the system in this case, at least 8 MW of back-up power must also be dedicated.

Heading 4

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW

Heading 5

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

Heading 6

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power.

Normal Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

• Aliquam erat volutpat
• Exercitation photo booth stumptown tote bag Banksy
• Tempor duis single-origin coffee
• Magnis dis parturient montes

Numbered Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

1. Aliquam erat volutpat
2. Exercitation photo booth stumptown tote bag Banksy
3. Tempor duis single-origin coffee
4. Magnis dis parturient montes

Doesn’t a unit of electricity produced by wind turbines reduce a unit from another source? If there is hydropower on the system, that is the most likely source to be reduced, because it can be switched on and off the most readily. Some natural gas plants can also switch on and off quickly (though at a cost of efficiency, i.e., burning more fuel). Otherwise, the output from fuel-burning plants is ramped down or it is switched from generation to standby. In either case, it still burns fuel.

It must be remembered, though, that wind power is intermittent and variable, so a wind turbine produces power at or above its annual average rate only 40% of the time. That is, most of the time.

Figures & Captions

A wind turbine may be “available” for 90% or more of the time, but its output depends only on the wind. Without the wind, it is like a bicycle that nobody rides: available, but not spinning.

Wind power has a very low “capacity credit,” its ability to replace other sources of power.

What is w ttind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Figures & Captions

Photo booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth. Stumptown bespoke, biodiesel minim beard High Life incididunt retro sustainable 90′s Echo Park Tumblr.

Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium.hoto booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth.

Wind power has a very low “capacity credit,” its
ability to replace other sources of power.

For example, in the U.K., which boasts of being the windiest country in Europe, the Royal Academy of Engineering projects that 25,000 MW of wind power will reduce the need for conventional power capacity by 4,000 MW, a 16% capacity credit.

What is wind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Heading 1

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004, the amount of back-up required was over 80%.

Heading 2

Which was the maximum output observed from all of their wind power facilities together.

Heading 3

That is, for every 10 MW of wind power added to the system in this case, at least 8 MW of back-up power must also be dedicated.

Heading 4

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW

Heading 5

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

Heading 6

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power.

Normal Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

• Aliquam erat volutpat
• Exercitation photo booth stumptown tote bag Banksy
• Tempor duis single-origin coffee
• Magnis dis parturient montes

Numbered Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

1. Aliquam erat volutpat
2. Exercitation photo booth stumptown tote bag Banksy
3. Tempor duis single-origin coffee
4. Magnis dis parturient montes

Doesn’t a unit of electricity produced by wind turbines reduce a unit from another source? If there is hydropower on the system, that is the most likely source to be reduced, because it can be switched on and off the most readily. Some natural gas plants can also switch on and off quickly (though at a cost of efficiency, i.e., burning more fuel). Otherwise, the output from fuel-burning plants is ramped down or it is switched from generation to standby. In either case, it still burns fuel.

It must be remembered, though, that wind power is intermittent and variable, so a wind turbine produces power at or above its annual average rate only 40% of the time. That is, most of the time.

Figures & Captions

A wind turbine may be “available” for 90% or more of the time, but its output depends only on the wind. Without the wind, it is like a bicycle that nobody rides: available, but not spinning.

Wind power has a very low “capacity credit,” its ability to replace other sources of power.

What is w ttind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Figures & Captions

Photo booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth. Stumptown bespoke, biodiesel minim beard High Life incididunt retro sustainable 90′s Echo Park Tumblr.

Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium.hoto booth anim 8-bit hella, PBR 3 wolf moon beard Helvetica. Salvia esse nihil, flexitarian Truffaut synth.

Wind power has a very low “capacity credit,” its
ability to replace other sources of power.

For example, in the U.K., which boasts of being the windiest country in Europe, the Royal Academy of Engineering projects that 25,000 MW of wind power will reduce the need for conventional power capacity by 4,000 MW, a 16% capacity credit.

What is wind power’s capacity credit?

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW, a 4% capacity credit (as described in “Wind Report 2005,” Eon Netz).

Similarly, the Irish Grid calculated that 3,500 MW of wind power could replace 496 MW of conventional power, a 14% capacity credit. See some of these and other documents here at National Wind Watch.

Heading 1

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004, the amount of back-up required was over 80%.

Heading 2

Which was the maximum output observed from all of their wind power facilities together.

Heading 3

That is, for every 10 MW of wind power added to the system in this case, at least 8 MW of back-up power must also be dedicated.

Heading 4

Two studies in Germany projected that 48,000 MW of wind power will allow reducing conventional capacity by only 2,000 MW

Heading 5

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

Heading 6

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power.

Normal Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

• Aliquam erat volutpat
• Exercitation photo booth stumptown tote bag Banksy
• Tempor duis single-origin coffee
• Magnis dis parturient montes

Numbered Lists

According to Eon Netz, one of the four grid managers in Germany, with 7,050 MW of wind power capacity installed in its area at the end of 2004

1. Aliquam erat volutpat
2. Exercitation photo booth stumptown tote bag Banksy
3. Tempor duis single-origin coffee
4. Magnis dis parturient montes

Doesn’t a unit of electricity produced by wind turbines reduce a unit from another source? If there is hydropower on the system, that is the most likely source to be reduced, because it can be switched on and off the most readily. Some natural gas plants can also switch on and off quickly (though at a cost of efficiency, i.e., burning more fuel). Otherwise, the output from fuel-burning plants is ramped down or it is switched from generation to standby. In either case, it still burns fuel.