KnowledgeSpot: Solar Enargy

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Friday, 30 August 2019

What if we get solar energy production suppression? Many people worried about the price of solar power selling

Fig:-What if we receive solar power output suppression

There may be many people who are worried about the price of solar power selling, which is decreasing year by year. In particular, you may abandon your investment because of the risk that you may not be able to sell electricity due to “output suppression”. However, there are few people who know exactly when and where “output suppression” will be implemented. Before you start investing in photovoltaic power generation, let's check the questionable “output suppression” and how to avoid it.

Output control- to maintain a balance between supply and demand

Solar power output suppression (voltage suppression), simply stated, refers to a mechanism in which an electric power company temporarily stops purchasing electricity. In other words, while the output is being suppressed, no matter how blessed the weather is, you cannot sell electricity.

Why is output suppression performed?

This is to maintain a balance between power supply and demand. For example, there is no problem in generating electricity during the summer and winter when the demand for electricity increases due to air conditioning, but the amount of electricity generated may exceed the demand during the spring and autumn when the frequency of air-conditioning usage decreases. In order to maintain this balance, the upper limit of the voltage in the electric wire and the power conditioner is set to 107V. When the voltage in the electric wire reaches the upper limit, it is suppressed so that the generated electricity cannot be output to the electric wire.

Fig:-voltage suppression

However, the solar output suppression order is after the adjustment of thermal power and biomass, etc., and only when there is a considerable oversupply until the actual output suppression is applied. Since home solar power generation is small and often self-consumption, it is said that there is little impact on output suppression, so there is no need to worry too much about small-scale facilities.

The FIT law revision also affects the “Fixed Price Purchase System”

Originally, output control was limited to “equipment of 500 kW or more”, but the scope was expanded to “less than 500 kW including household use.

In the background, about 90% of the FIT certified amount is commercial solar, which necessitates the introduction of balanced solar power generation, and the burden on the public has increased due to the expansion of power purchase costs.

As a result, the balance between supply and demand was lost, and there was a concern that solar and wind power generation would exceed power consumption if all of the applied solar and wind power generation systems were operated.

Such supply and demand issues have also affected the fixed-price purchase system, and facilities that exceed 2,000 kW (500 kW in FY2019) will be placed in the bidding system. Even for small-scale facilities of less than 10kW, there is a difference in price depending on whether or not equipment for output control is required.

What are the measures to avoid output suppression?

Even though small-scale solar power generation systems have come to receive output suppression, is there actually any output suppression? Of course, it depends on the solar power penetration rate in the installation area, but how about it?

However, there is almost no impact on household equipment of less than 10kW, and the problem is equipment of 10kW or more, but most of them are less than 50kW because of the lack of land.

However, these can be avoided by increasing the set voltage of the inverter, utilizing a storage battery, or purchasing insurance.

Take measures to reduce output with "storage battery" and "insurance"

There are three possible ways to avoid output suppression. First, increase the set voltage of the power conditioner, then install a storage battery and prepare an electricity storage location. Finally, you can get insurance.When adjusting the voltage of the first power conditioner, care must be taken not to violate the Electricity Business Law.

In the case of home use, it may lead to failure, so let's talk to a professional first. A storage battery is a facility that can store electricity generated during the day, and it can be used without waste during the output suppression period.

The other insurance provides a service that compensates for the loss of profits from electricity sales due to output restraints, and can provide stable profits even when there is a limit. In addition to this, the compensation includes not only this, but also compensation for profits from power sales in the event that power generation is not possible due to a natural disaster or disaster, making it perfect for those who want to make stable investments.

Preventing damage by subscribing to “storage battery” or “insurance”

Output suppression is a system that can significantly reduce the amount of power sold, but it has a priority order and is not a concern for home use. Even for business use, you can prevent damages by introducing storage batteries or subscribing to insurance.

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Do you know about the solar components? Complete list

knowledge_Adda Solar Enargy ,

Solar power system

Fig:-Solar power system

A solar power system is more than solar panels

Inside the components of a solar power system is also known as a solar module or solar panel. Solar panels are the main component of all types of photovoltaic systems. Also there are different parts that add to the system which vary according to the application. In the following illustration you can see the components more practically.

Solar module (solar panel) photovoltaic

The component responsible for converting solar radiation into electrical energy through photoelectric effect. They are mainly made by semiconductor (silicon) mono-crystalline or poly-crystalline. The ones with the best price and highest availability in the international and Colombian market are Polycrystalline. These are characterized by their nominal power or maximum power that this panel can generate under ideal conditions (radiation of 1kW / m2 and temperature of 25 temperatureC).

Fig:- Solar module photovoltaic

Charge regulator

This component of the system efficiently provides energy to the battery, prolongs its useful life, protects the system from overload and over-discor. This component is commercialized based on the maximum current capacity of the controlled (amps).

Fig:-charge controller of solar panel

Battery (accumulator)

The electrical energy of the panel, once regulated, goes into the battery. These stores electricity to be able to use it at another time, its commercialization is based on its ability to store energy and is measured in ampere hours (Ah).

Investor

This component uses alternating current and low voltage (12 V or 24 V) alternately from the battery or controller, in the case of Colombia 120 V, in a simplified way that it can be said to direct current to a conventional outlet. Converts to . It is usually marketed in Watts based on its power, which is calculated as current (P = VI) per voltage. This corresponds to the maximum (power) demand of the connecting devices. This component can be added when the connecting device can be operated by direct current. As is the case with some types of lighting, motors and devices designed to work with solar energy.

Brackets

It is a passive component of solar power systems. The photovoltaic module is responsible for holding and must be designed to withstand continuous weather, thermal expansion for at least 25 years.

Fig:-Brackets

Each of the previous components of a solar power system uses different technologies. Which make the system more or less robust and provide other types of properties. The technology to use and use each of these components depends very much on the requirement. Is there a demand for cover and technical limitations. In other words, if you want a portable system, you should reduce the battery weight, the most convenient thing is to use a lithium-ion battery. In cases of very high humidity, encapsulated controllers with high protection water protection should be used.

What is the difference between peak and nominal power in photovoltaics?

In photovoltaic systems, the peak power refers to the amount of kW installed, while the nominal power refers to the power of the inverter (the electrical equipment that transforms the energy generated by the panels into fit for consumption).

In principle, the nominal power is what sets the limit (no more can be produced than the inverter can convert). However, photovoltaic systems always install a peak power higher than the nominal - more panels - to try to cover 100% of the capacity of the inverter.

A photovoltaic plant will be well designed if the peak power - installed panels - is ideal to ensure that the inverter is capable of operating at 100% capacity at all times when it is required.

The largest photovoltaic archipelago in the world

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The largest photovoltaic archipelago in the world

The largest photovoltaic archipelago in the world will born in the Netherlands.

15 islands made of floating photovoltaic panels will supply electricity to thousands of families in the Netherlands.

Dutch engineers are building

Dutch engineers are building what will be the largest archipelago of islands in the world consisting of floating solar panels. The growing resistance to the construction of wind farms and ground-based photovoltaic systems has led the renewable energy industry to seek alternative options. Plants with floating solar panels are under construction, or already installed, in artificial basins and in lakes of the Netherlands, China, United Kingdom and Japan.

Netherlands, record-breaking floating photovoltaics

In the Netherlands the construction of the work, which will become the largest of its kind in the world, will begin in the coming months with 15 solar islands in the Andijk basin in the northern Netherlands. The islands, formed by 73,500 panels, are oriented during the day according to the position of the sun.

Involves the construction of three island

The first phase of the project, which involves the construction of three islands, each of which will have a diameter of 140 meters, should be completed by November, once the migratory season for birds has ended.

The construction of the work Started, but due to the migratory seasons of the birds we only have a window of three months in which we can put the solar islands into the water," said Arnoud van Druten, CEO of Floating Solar, supplier of floating solar panels.

Second Project

Together with a second project located in Hoofddorp, near Amsterdam, which will use fixed solar panels, they will be able to produce enough energy to meet the energy demand of 10 thousand families

A photovoltaic archipelago that will be able to supply 10,000 homes with energy. This is the ambitious project conceived by Floating Solar, a Dutch company that, on the sea of a famous nature reserve, will give rise to fifteen round islands made up of thousands of solar panels.

MOVE TOGETHER WITH THE SUN

The project consists in the creation of the largest and most innovative photovoltaic archipelago in the world, which will be built on the sea of the Andijk nature reserve in northern Holland. It will consist of fifteen round islets (140 meters in diameter), each of which will have 5 thousand solar panels inside. These islands will be able to move according to the movements of the sun, so as to capture 30% of the sun's rays more than fixed installations on the ground. In short, the Floating Solar will rotate like a sunflower. This will happen because each islet, by means of a cable, will be connected to three anchorage buoys that will tilt according to the time of day.

Maximum productivity with the panels always facing the sun

The solar tracking system provides three buoys for anchoring the panels with a cable that holds them together and ensures that the island is always facing the sun with an orientation system set automatically thanks to an algorithm that provides the position of the sun for the next few years, this will increase production by 30 percent.

Designed to withstand extreme conditions.

The photovoltaic islands have been designed to change their structure to be able to minimize damage

In the case of extreme weather phenomena, the photovoltaic islands have been designed to change their structure to be able to minimize damage.

Since Andijk has a rather harsh climate, the plant is equipped with a monitoring system for the management of meteorological risk: if an island is subjected to strong pressure due to wind or storms it automatically orientates itself to reduce the impact of the wind or waves. "We have already tested that the system can support, without WRM, wind speeds of around 120 kilometers per hour (storm)," said van Druten.

Minimal impact on the environment

To avoid damaging the ecosystems of the water basin, the photovoltaic islands will occupy only half of the surface of the water surface. The design was done in such a way as to create the minimum impact on the ecosystem and maintain the quality of the water. Furthermore, since the island is in motion, a fixed shadow form is not created and this allows to safeguard the balance of the aquatic flora.

First Italian boat in the "Solar" category- SunRazor 01

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SunRazor 01 is the first Italian boat in the "Solar" category

The boat produced by young Italian talents is ready to compete in the Formula-E races of the sea.

SunRazor 01 is the first Italian boat in the "Solar" category, a high-tech "made in Italy" solar trimaran that after having faced the first tests in water and passed the approval tests at the 6th edition of the Monaco Solar & Energy Boat The Montecarlo Challenge is now ready to face the challenges of the electric Formula 1 of the sea

fig:- Italian boat in the "Solar" category- SunRazor 01

Another Challenge 18 solar boasts

SunRazor will challenge another 18 solar boats in the Netherlands, on the occasion of the next championship race. They are all boats born from university spin-offs and experimental laboratories, brought to tender by 8 different nations.

Solar-electric boats are the future

Solar-electric boats are the future, so its work is being done so fast. Electric power is about square meters, so keeping in mind the overall balance, more and more surfaces are devoted to solar panels.

SunRazor is a trimaran that, compared to other boats competing, designed for navigation in the calm waters of the Dutch canals, offers greater stability and efficiency at sea thanks to a higher edge and greater hull width. The slightly greater weight that is thus determined is offset by the better performance of the propulsion system. The foils, that is the bearing surfaces, are mechanically controlled by special pads placed in the front part of the hull.

A concentrate of high technology

SunRazor is a trimaran that, compared to other boats competing designed for navigation in the calm waters of the Dutch canals, offers greater stability and efficiency at sea thanks to a higher edge and greater hull width.

Helped by Blue Matrix team

SunRazor 01 made with help of Blue Matrix team that has combined technical skills in the most diverse sectors. "With combined advanced materials and aerospace technologies, latest-generation lithium-ion batteries, a high-performance electric engine, complex management software.

Also having a big role of the powerful electric motor and its particular competition propeller, SunRazor lifts onto its foils, that is to say the bearing surfaces, a kind of wings that allow it to reach high speeds. More than a boat, SunRazor is a complex set of electronic, mechanical and fluid dynamic subsystems.

About SunRazor network

SunRazor is the result of the work of a network of professionals, enthusiasts, supplier companies, researchers and university students. Among these: the University of Bologna that supplied the battery management system already successfully tested on the Onda Solare car prototype. The University of Rome 3 has tested and developed the motor and inverter, developed an electronic management card together with its sophisticated management software.

On the basis of the project the wooden model was created from which the molds were made and, finally, in vacuum processing, the three parts of the hull: the trimaran hull, divided into two parts then joined together with the deck.

The material used for the construction is a sandwich in very thin carbon fiber, interspersed with a alveolar in Nomex, an aramadic honeycomb structure. Thanks to this aerospace-type technology, the hull weighs only 54 kg despite its almost 8 meters long and 2.36 wide. "We were worried about the delicacy of the deck" says Luca Basciu the builder "but in the end we climbed in four, the whole team, and it held up perfectly."

Responsible for the assembly

Creative Yachting Solutions was responsible for the assembly and the electrical and electronic parts, while the foil system was developed by the Polytechnic of Bari.

The largest photovoltaic archipelago in the world will be born in the Netherlands

15 islands made of floating photovoltaic panels will supply electricity to thousands of families in the Netherlands.

The growing resistance to the construction of wind farms and ground-based photovoltaic systems has led the renewable energy industry to seek alternative options. Plants with floating solar panels are under construction, or already installed, in artificial basins and in lakes of the Netherlands, China, United Kingdom and Japan.

Total length

overall length (lft) 7.80 m

maximum beam (width) 2.36 m

height 0.75 m

unmanned weight 140 kk

Construction materials:

carbon fiber

Material used

Honeycomb in aramid fibers

Drive unit

propulsion: electric, motor weight 7.0 kg

peak power: 10 kW

power generation: Solbian solar panels, back-contact cells in monocrystalline silicon

return: ≥ 24%

delivered power: ≥ 2,000 Watts

accumulator group: lithium ions, 1.500 Wh, 6.0 kg

With solar power we can generate fresh water.

knowledge_Adda Solar Enargy ,

A photo-voltaic solar panels has been developed by KAUST .This device captures shed shade, and electricity and water are produced using renewable energy to generate clean drinking water.

Wenbin Wang, a Ph.D. Students in the laboratory of Peng Wang in the University's water desalination and reuse center research Conventional solar farmers use fresh water to wash dust.

Professor Wang and his team have developed a tool that can reduce the problem. Commercial PV panels convert sunlight into electricity with maximum efficiency of 20 percent. The remaining 80 percent is unusable, mainly in the form of heat, it is shed in the surrounding air.

The team has developed an integrated tool that can catch this heat and use it to generate fresh water.

Researchers created a device, in which a heap of channels of water separated by porous hydrophobic membrane and heat conduction layers was attached to a commercial PV panel.

Waste heat from evaporated seawater in the above panel; Vapor crosses the porous membrane and condenses in the form of fresh water in a clean water channel below.

When condensed in the form of vapor, its heat passes through the next seawater channel through a thermal conduction layer, thereby recycling energy to purify more water.

Using three stacked layers of water distillation channels, and passing energy from layer to layer, the device produces water on every 1.64 liters per square meter on the surface of the solar panel.

Wenbin said conventional solar steel production is more than double. Meanwhile, the power output of the PV panel was unaffected by the desalination of water.

Big News;- India's renewable energy capacity crosses 80GW

knowledge_Adda Solar Enargy ,

The Parliament was informed on Tuesday India's renewable energy capacity has crossed the level of 80 GW which includes 29.55 GW of solar power and 36.37 GW wind energy.

Government has set an ambitious target of 175 GW of clean energy by 2022, which includes 100 GW solar and 60 GW wind power.

Power and New and Renewable Energy Minister RK Singh said in a written reply by June 30, 2019, total 80.46 GW renewable power capacity has been installed in the country, which includes 29.55 GW solar power and 36.37 GW wind power.

Also said that solar power capacity increased to 5,525.98 MW in 2016-17, 9,362.63 MW in 2017-18 and 6,529.20 MW in 2018-19.

The Ministry also told that to facilitate the achievement of 100 GW target by March 2022, so far 42 solar power parks have been sanctioned by the government, total capacity has been approved is 23.40 GW.

The approved capacity of 23.40 GW, 9.20 GW electricity purchase agreement has been signed and out of which about 6.40 GW capacity has been commissioned in various solar parks till June 30, 2019.

In order to solve these issues, a new Mode-7 has been introduced in the Solar Park scheme, which can serve as the Solar Energy Corporation of India Solar Power Park Developer (SPPD).

SECI will provide land to successful bidders for the establishment of renewable energy projects, with the help of states and also get external power clearance infrastructure of parks developed through the Central Transmission Unit such as the external transmission development agencies (ETDA).

India has set ambitious targets of 175 GW of RE by 2022 to promote renewable energy.

knowledge_Adda Solar Enargy ,

To promote renewable energy, India has set the ambitious target of 175GW RE by 2022, which has accelerated the pace of renewable energy in the country, as well as the business is making a strong effort to buy it.

A new report by WWF-India, "Renewable Energy Demand in India: The Report provides the vision of corporate renewable energy buyers, increasing the corporate RE procurement trends.

Mr. Girish Pradhan, former Chairman, Central Electricity Regulatory Commission and former Secretary MNRE said, "Because of the many factors due to ambitious renewable energy targets, active policies, private partnership, India has doubled its RE capacity in the last three years, That was a sharp change in the field of electricity.

According to the report, Corporates constitute more than 50% of India's electricity demand.

Nearly 70% of the top 100 companies on the NSE are already purchasing REs, 27% have made greenhouse gas commitments, and 22% have made renewable energy commitments.

It is encouraging to see that the increasing number of corporations is less than 100% of renewable electricity, and the government wants to be able to make changes.

This will not only boost the upliftment of RE in India, but will generate greater business for the discom, while reducing the likelihood of losing existing customers.

India making electric vehicles cheaper will get more people to buy them

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The emphasis is on the government to become a global manufacturing center for electric vehicles, because the government offered financial incentives to increase demand and reduced many regulatory restrictions.

Finance Minister Nirmala Sitharaman presented a new budget on Friday last year, where he said that his government will provide additional income tax deduction of 150,000 rupees (about $ 2,185) on interest paid on the purchase of electric vehicles.Electric Vehicle Buyer around Rs. Can be deposited 250,000 in total profit over the entire loan period.

Puneet Gupta, Associate Director of Automotive Forecasting, said that car makers in India have said that the lack of demand prevents them from making large amounts of electric vehicles.

Electric vehicles, whose average sales price in India is 1.3 million rupees (about $ 19,000), initially only 12% of GST was levied. According to Gupta, this number was reduced by 5%.

Government is focusing partially on electric vehicles to reduce the dangerous level of pollution present in its major metros and reduce the dependence of India on oil.The global electric vehicle market is expanding, with some members from China, the United States and the European Union.

The International Energy Agency (IEA) said that the global electric car fleet increased by more than 5.1 million in 2018, which is more than 2 million more than the previous year, and the number of electric cars sold is almost Is double. China remains the world's largest electric car market

Gupta said that the IHS market prediction is that electric vehicles will make up about 4% of India's overall auto market sales by 2030 - it will be about 400,000 vehicles.

The target of 175 gigawatt renewable power will achieve by 2022

knowledge_Adda Solar Enargy ,

New and Renewable Energy Minister RK Singh Said on Thursday:- The government will not only achieve the goal of setting up 175 gigawatts of renewable energy by 2022, rather it will cross the milestone.

The government has set a target to set up renewable energy capacity of 175 GW grid from various renewable energy sources till 2022. It includes 100 gm of solar, 60 gigawatts from air, 10 gigawatts from bio power and 5 gigawatts from small hydro power.

RK Singh Said :- By 2022, we will not only achieve the goal but also go beyond that. The installed capacity is 3.58 lakh MW.

A scheme for farmers will be started where they can install 2 MW solar panel for power generation, which will be purchased by the government.Through this farmers can earn up to Rs. One lakh per year. It will be very beneficial for the farmers.

The program is designed to develop efficient and employable workforce (Suryamatra) to perform various functions related to establishment,commissioning and operation and maintenance of solar PV system.

Piramal Enterprises also said on Tuesday that it has signed a Memorandum of Understanding (MoU) with Canada's largest public pension fund to sponsor the $ 600 million Infrastructure Trust focused on renewable energy.

Sitharaman proposes 'one nation one grid' for power sector in India

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Finance Minister Nirmala Sitharaman focused on India's current power

situation and underlined the steps taken by the government to solve the

problems of the region.

The Finance Minister highlighted the states "One Nation One Grid" scheme for affordable electricity. He said that there is a lot of need for power reforms - like improvement in electricity rates - should be taken soon.

The Saubhagya – 'Pradhan Mantri Sahaj Bijli Har Ghar Yojana  :-In

 September 2017, Prime Minister Narendra Modi was introduced to achieve

 domestic electrification by providing Las-TME connectivity and electricity

 connection to all the households in rural and urban areas.

The government's dashboard shows that till today, 100% electrification

 targets have been completed in all the states except Chhattisgarh -

where the current yield is 99.67%. This remarkable achievement meant

that, according to the World Energy Outlook 2018, without the reach of

electricity, the total global population has decreased to 1 billion for the

first time.

According to Power and Renewable Energy Minister RK Singh, now

 all the Indian households have been electrified, the attention of the new

 government is on providing 24-hour electricity at affordable rates


Piyush Goyal had announced in the interim budget: "By the year 2014, about 2.5 crore households were forced to live without the power of 18th century.Under good fortune, we provide free electricity connections in almost every household. By March 2019, all interested families will get electricity connection. In mission mode, we have provided 143 million LED bulbs with private sector participation. About Rs 50,000 crore has been saved in the year.

In thermal plants, coal will contribute approximately 79%, while the rest will come from lignite, natural gas and liquid fuel. The nuclear plant will contribute 3.3%, while the hydro power will be 10%.

It has been learned from a policy review of the scheme that government departments and local bodies have run the power bills of Rs 41,386 crore in the first nine months of 2018-19. Unpaid large bills such as these have affected the operation of Discom in areas such as cash flows and capacity. Other issues such as insufficient tariff revision and delayed subsidy have reduced their crisis.

Budget 2019: Laptop, solar photo voltaic cells, lithium storage batteries, solar electric charging infrastructure, computers servers etc.

knowledge_Adda Solar Enargy ,

The Finance Minister Nirmala Sitaraman said that this scheme will include units in the field of Solar Photo Voltaic Cell, Lithium Storage Battery, Solar Electric Charging Infrastructure, Computer Server, Laptops etc. The proposal was put forward by Finance Minister while presenting the Union Budget 2019-20.

Government will launch a scheme to invite global companies through transparent bidding to set up mega manufacturing plants in sunrise and advanced technology sectors such as semiconductor manufacturing.

The Finance Minister said that the scheme will include units in the field of Solar Photo Voltaic Cells, Lithium Storage Batteries, Solar Electric Charging Infrastructure, Computer Servers, Laptops etc.

Earlier, the government had announced plans to set up a semiconductor plant in the country. Proposals of Jaiprakash Associates Limited and HSMC Technologies India-led consortium were selected for cumulative investment of more than Rs 63,000 crore.

Jaiprakash Associates withdrew their proposal, while in April 2018, the Ministry of Electronics and IT had canceled the letter of intent issued to HSMC Technologies for setting up a semiconductor plant.

Big News:- India launch first solar mission Aditya-L1 in 2020

knowledge_Adda Solar Enargy ,

The Swadeshi Mission Guaganya Program, which took Indian astronauts into space, was announced by the Prime Minister during his Independence Day speech.

Chairman of Indian Space Research Organization Sivan said on Thursday, India has to launch its first mission to study Suraj Aditya-L1.

The aim of the mission is to keep a permanent look at the sun without any disturbance.

Aditya-L1 is to inspect solar corona, "Siwan told the media in a press briefing in New Delhi, he said that there are still a lot of things to be learned about the Sun.

According to Shivan :- The Aditya-L1 mission is expected to be inserted into Halo orbit around Lagrangian Point 1 (L1) - which is 1.5 million km away from the Earth - so that the sun has a big advantage of continuous viewing without eclipse or eclipse ,

India launched its second moon mission, Chandrayaan-2, from Sriharikota Spaceport in Andhra Pradesh on 15th July and released its rover on the moon surface on 6th September.

Sivan also said that India will have its own space station. This project will expand the Gaganayan Mission.

Sivan told reporters, "After the launch of the Human Space Mission, we have to maintain the Gaganasana program. In this context, India plans to build its own space station.

Friday, 30 August 2019

Output control- to maintain a balance between supply and demand

Why is output suppression performed?

The FIT law revision also affects the “Fixed Price Purchase System”

What are the measures to avoid output suppression?

Take measures to reduce output with "storage battery" and "insurance"

Preventing damage by subscribing to “storage battery” or “insurance”

Wednesday, 28 August 2019

Solar power system

Solar module (solar panel) photovoltaic

Charge regulator

Battery (accumulator)

Investor

Brackets

What is the difference between peak and nominal power in photovoltaics?

Monday, 12 August 2019

The largest photovoltaic archipelago in the world

Dutch engineers are building

Netherlands, record-breaking floating photovoltaics

Involves the construction of three island

Second Project

MOVE TOGETHER WITH THE SUN

Maximum productivity with the panels always facing the sun

The photovoltaic islands have been designed to change their structure to be able to minimize damage

Minimal impact on the environment

Saturday, 10 August 2019

SunRazor 01 is the first Italian boat in the "Solar" category

Solar-electric boats are the future

A concentrate of high technology

Helped by Blue Matrix team

Responsible for the assembly

Total length

Material used

Friday, 19 July 2019

Thursday, 18 July 2019

Thursday, 11 July 2019

Wednesday, 10 July 2019

Tuesday, 9 July 2019

Sunday, 7 July 2019

Friday, 5 July 2019

Thursday, 20 June 2019

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