WAXAD POWER

DID YOU KNOW?

The first silicon solar cell, the precursor of all solar-powered devices, was built by Bell Laboratories in 1954. On the first page of its April 26, 1954 issue, The New York Times proclaimed the milestone, “the beginning of a new era, leading eventually to the realization of one of mankind’s most cherished dreams -- the harnessing of the almost limitless energy of the sun for the uses of civilization.”

Now you know!

The Importance of Stable Power Supply

What causes poor quality power supply?
So many things can lead to a bad power supply.

- bad electrical connections or faulty cables
- power surges, spikes and cuts that are unattended to
- bad transformers
- lack of will power to provide stable electricity
- low/high voltage due to overloading
- corruption etc
All the above one way or the other will lead to a bad power supply, voltage fluctuations, failure of electronic equipment or production machine for factories that depend on the national grid, this would stall the production process, hence cause a delay in goods getting to the end-users on time etc
Importance of good power quality
Stable electricity has an impact on electrical systems just as bad or unstable electricity does too. Stable electricity especially in factories would guarantee that the production process would go seamlessly - goods would be produced as at when due and the Users would get hold of the product on time, remember when power is stable, there won’t be downtime, no loss of profit, and customers won’t lose confidence in the service of the organisation because they would get their products as at when due, so they don’t have to go and buy from other companies.

Sensitive electronic equipment like Computers that are prone to damage easily when they encounter unstable electricity, wouldn’t happen because power is now stable, hence the company don’t have to spend money on repairs or procurement of new ones every now and then. Hence, there would no wastage of funds.
As we know dependence on the national good is like laying a foundation for a disaster that is bound to open especially for factories or companies that depend on stable electricity.

Beebeejump has higher capacity solar electrical products made from Lithium-ion phosphate batteries that can power big machines, hence companies don’t have to rely on the national grid again. They can now produce their own electricity and dictate at what pace they intend to work.
The H-series guarantees:

- Total home/business/company electricity take over

- Clean and neat, does not alter the existing wiring of your property

- Has smart switch, the amazing device which can control appliance and grades the electrical devices according to their power consumption and importance.

- and it is very affordable too.

The product comes in various capacities and it can be upgraded easily. From 2.5KVA(H1) to 5KVA(H2), to 10KVA(H3), 15KVA(H4), 20KVA(H5).
So depending on Customers’ energy wants and budget, Beebeejump has them covered.

For more information call 08036232793

Why Nigeria is changing to cleaner energy ― Osinbajo

Vice President Professor Yemi Osinbajo has explained why Nigeria is changing to cleaner energy. Nigeria’s plan is to reduce carbon emission by 20% by 2030 as FG commissions another university-based solar plant and this is in line with the globally endorsed Climate Change agenda and the Buhari administration’s effort to connect more communities to off-grid power and reliable energy sources, according to Vice President Yemi Osinbajo, SAN.

Professor Osinbajo stated this on Thursday in a message delivered virtually at the commissioning of a 1.12 MW Captive Solar Hybrid Power Plant at the Abubakar Tafawa Balewa University, Bauchi.

The project executed under the Energizing Education Programme (EEP), an initiative of the Federal Government, is aimed at providing 37 Federal Universities and 7 Teaching Hospitals with captive energy solutions that will ensure sustainable and reliable power for students and faculty.
According to the Vice President, “renewables are the fastest-growing segment of energy today and will certainly be a key economic driver well into the future.

“Indeed, Nigeria intends to have 30 per cent of its electricity supply from renewables by the year 2030. Our future workforce, therefore, needs to be ready for this energy transition. The training centres constitute a critical additional benefit of this project.”
Continuing, he noted that “besides, this programme reaffirms the Federal Government’s commitment to global best practice as we transition to cleaner sources of energy in line with the Paris Agreement on Climate Change.

“These projects being implemented by the Rural Electrification Agency are strategic to fulfilling our commitments to the agreement as they strive to reduce Nigeria’s carbon footprint.

“The leveraging of renewable energy technology is in line with the Federal Government’s mandate and related activities. Nigeria’s plan to reduce carbon emission by 20 per cent unconditionally and 45 per cent with international support by 2030, aims to limit the damaging effect of climate change.”

Speaking on the benefits of the EEP, Professor Osinbajo said “already, 22,000 students and faculties across the country are connected to completed projects in Kano, Ebonyi, Benue and of course, now in Bauchi. But apart from providing a reliable source of captive power for these institutions, each institution will have a renewable energy workshop and a training centre to provide training for students on renewable energy.”

Culled from vanguardngr.com

https://www.vanguardngr.com/2021/02/why-nigeria-is-changing-to-cleaner-energy-%e2%80%95-osinbajo/amp/?utm_source=dlvr.it&utm_medium=twitter&__twitter_impression=true

Eradicating the electricity problem in Nigeria

The biggest question in Nigeria is the question of having electricity to make activities go smoothly. Will the electricity problem in Nigeria be solved in 2021?. That being the question of decades in Nigeria, so many people have suffered the impact of the epileptic power supply. This condition is being felt in so many sectors in the country.

Health
In addition to the poverty in the Country, health poverty is a denial of the fundamental human right. Electricity is essential if the health sector anywhere in the world must run. Power is needed to store blood in the blood bank, sterilizing of equipment needs power. The clinical laboratories also run on power, attending to emergencies can only be effective when there is the power to light up and do the necessary processes. This is not what is obtainable in the Nigeria health sector. Darkness and heat are the order of the day in a typical health centre in Nigeria. This has lead to an increase in childbirth mortality. A study carried out by the World health organization stated that Nigeria is a country where nearly 20% of all global maternal deaths happen. Just between 2005 and 2015, it is estimated that over 600 000 maternal deaths and no less than 900 000 maternal near-miss cases occurred in Nigeria only. An alternative and sustainable way of getting electricity have to be sourced.

Education
Private owned schools with an adequate supply of electricity do well in general exams within the country than public schools even at tertiary level. It is only natural for a student with internet facilities to do extensive research. Students exposed to laboratory procedures because there is the power to run it will do well than the one not exposed to these facilities. Having ample time to study is also a function of electricity availability.

Food and Agriculture
Inadequate electricity has been aligned with food spoilage which has lead to food insecurity in the country. A study shown by we forum stated that 40% of the losses occur immediately after harvest and early in the supply chain. And this translates to more than $310 billion of food waste and loss annually- mostly because of inadequate refrigeration and unreliable and expensive energy supply. This study shows that power is essential and affordable power is very critical to eliminating food insecurity in Nigeria.

The national grid can be substituted with solar power in Homes and cooperate business

To totally eradicate the epileptic power supply, the National grid power supply needs to be substituted with solar energy. As unrealistic and fictitious it was in Nigeria five years ago it is now becoming a thing of the future. A study conducted by EORC tagged Energy consumption by customer group shows that in Nigeria, Residential customer makes use of 64% of the energy produced, 27% is being used by the commercial like transport e.t.c, while 9% is being used by industries. Another study shows that generating power privately using generating set is 50 times more expensive than using the national grid and using solar power is less expensive than using the national grid because it does not require maintenance cost and it is very affordable. Being crowned as the highest importer of generating set in 2011 did not come as a surprise because so many households and industries that need to carry out their activities really went massively for the generating set. The Genset Import/Export report by the United Nations Statistics Division states that; between 2010 and 2014, Nigeria imported 75 – 750 KVA generating sets worth $145,550,088 to power its factories, telecommunication towers, offices, and homes. This has lead to an increase in pollution in the environment. Air pollution is on the high side, this has increased the toxic component in the air, which has resulted in so many health problems and is making the environment unfriendly to inhabit. The incessant noise that comes with the use of the generating set is very annoying and inconvenient for people.

The logical way out of the electricity problem in Nigeria is switching homes and residential areas to solar power. Since homes and residential areas are the heavy users of power. Having them use solar power will be very beneficial to the people. Solar power is affordable and can power basic appliances used at homes, it reduces the expense of families in Nigeria. It also reduces pollution of the environment and makes the residential areas convenient to live in. Since the solar system for generating power via the sun does not make noise.

Solar power has been adopted by the Federal Government in some places in Nigeria with a positive outcome. In July 2017, two communities in Kaduna, Gnami, and Pakau celebrated 2 years of uninterrupted power from the 90-kilowatt Solar Photovoltaic (PV) off-grid system installed in the areas. Solar companies in Nigeria are doing everything they can to make solar systems accessible and affordable to Nigerians. Beebeejump solar is also doing well, she has given a forty thousand reduction in the price of its solar systems to make this festive season comfortable and enjoyable to spend with family.

The price of solar electricity has dropped 89% in 10 years

To curb our climate crisis, we need to end our dependence on fossil fuels and power the world with renewables. That may have seemed far-fetched a decade ago given the cost of installing wind and solar at the time, but the price of renewables has been falling fast. In 10 years, the price of solar electricity dropped 89%, and the price of onshore wind dropped 70%.

Clean energy has already passed its economic tipping point. A 2019 report from the nonprofit Rocky Mountain Institute found that it was cheaper to build and use a combination of renewables like wind and solar than to build new natural gas plants. A 2020 report from Carbon Tracker found that in every single one of the world’s energy markets, it’s cheaper to invest in renewables than in coal.

Comparing the price of electricity from new power plants in 2009 and 2019, one graph shows how the price of solar photovoltaic power (from solar panels) plummets from $359 per megawatt-hour to $40, the cheapest of any of the power options on the chart and an 89% decrease. If housing prices declined at that same rate, Our World in Data researcher Max Roser writes, a home that cost $3,590 to rent in 2009 would cost just $400 in 2019. Over the same time period, the price of coal barely budged, from $111 per megawatt-hour in 2009 to $109 in 2019.
In 2009, building a new solar farm was 223% more expensive than building a new coal plant. Now, it’s flipped: Electricity from a new coal plant is 177% more expensive than electricity from new solar panels. What caused the switch? Huge leaps in technological advancement. “To understand why solar power got so cheap we have to understand why solar technology got cheap,” Roser writes.

The first instances of solar tech weren’t affordable at all. In 1965, the first price point for usable solar tech Roser found in his research, 1 watt cost $1,865 (in 2019 prices). Though homeowners weren’t shelling out that much for power from solar panels then, the technology did end up being used for satellites. And like with other technologies, the more something is produced, the cheaper and easier it becomes to produce. It’s thanks to that initial demand in the high-tech sector of satellites, Roser writes, that we learned cheaper ways to produce solar modules.

From 1976 to 2019, the cost of a photovoltaic module—a solar panel—dropped from $106 per watt to $0.38 per watt. “Once solar hit scale, it started having its own supply chain . . . and the module itself got a lot cheaper,” says David Feldman, a senior financial analyst at the U.S. Department of Energy’s National Renewable Energy Laboratory. And with that scale, there was more research and development. “The technology itself continued to improve in terms of efficiency, reliability, longevity, so there are all these other things in addition to scaling up.”

This “learning by doing” helped lower the cost of installation and building for solar systems too. With expanded capacity, the price of solar electricity, not just solar tech, also drops. Another Our World in Data graph shows how as we build more solar farms and renewable capacity goes up, the price of that renewable energy goes down. In 2010, with fewer than 50,000 megawatts of solar installed, a megawatt-hour of solar electricity cost $378. In 2019, with more than 500,000 megawatts installed, that price drops to $68.
This effect is not true for coal; in the same time period, even as coal capacity increased, the cost of coal electricity dropped just 2%. Coal is not getting cheaper, and Roser notes there’s no reason to believe that it will in the future. It comes down to how renewable versus fossil fuel plants operate. For coal, gas, and nuclear power plants, there are two factors that affect the price: the current cost of that fuel, and the plant’s operating costs. Renewables like wind and solar don’t need to pay for fuel, so the only cost is in building and maintaining the technology. For a coal plant, the cost of the coal it burns accounts for 40% of that plant’s total costs. All power plants that rely on nonrenewable sources of energy will have this continual expense, even if the technology to build the plants gets cheaper.

Meanwhile, the price of renewables could continue to decrease. “There’s still a lot of opportunity for continued cost reduction,” Feldman says. “And there are certainly a lot of areas around the world and in the U.S. that don’t have a large amount of solar, so there are still a lot of opportunities for further market penetration.” The more solar scales up, the more prices will drop, he adds—though then the issue becomes about energy storage. Since solar energy is produced right when the sun is shining, some systems will need lots of battery storage to allow for flexible energy use. Fortunately, as storage scales, it, too, will become cheaper.

So as to make sure that everyone is liberated from the scourge of darkness, Beebeejump came up with a whopping price slash of #40000 off their full payment, which now makes the full payment #168000 only. Also, the promo has been extended to accommodate more people, which means people can still buy the S1 at #168000 only from now till January, 31st, 2021.

Information from fastcompany.com was used in this report

Consider the following choices:
- No hidden charges
- multiple flexible payment options available for you to choose
- quality Aftersales service
- 3 years warranty
- affordable and very easy to use(plug and play).
If I were you, I would make the right choice, and it is to choose Beebeesolar S1 today.

Think solar
Think WAXAD POWER

With #208,000 only, you can say bye-bye to power outage!

With the Beebeejump solar S1, you can power your TV, decoder, home theatre, Standing fans, Laptops, charge phones, Desktop, Clippers, CCTV Cameras, router, bulbs including businesses like Betting shops, Barbing Salon, Poultry, Charging businesses etc

Specs...
- Bigger Solar Panel 160 Watts to charge the battery faster
- Bigger Inverter 150 Watts to connect more AC appliances e.g TV, Home Theatre, Decoder, Laptop, Clipper, Desktop Computer etc
- DC Brushless FAN (FREE)
- 90 Watts Adapter to charge the battery with Solar, NEPA/PHCN and Generator
- 338 Watts Lithium Iron Phosphate Battery
- 12 watts LED bulb
- 1.5 watts LED bulb
- Battery lifespan 8-10 years

S1 PLUS is our star product. It is designed for those who pursue a high-quality life. S1 PLUS is noiseless. When you sleep at night, you don't need to worry about the noise of a generator again.
So you can continue having a good dream. The S1 PLUS has a 338 watts Battery, 160 watts solar panel, 150 watts inverter.
You can choose any of the flexible payment plans that work for you below:
- Outright payment is back to #208,000.
Instalment:
-1 year plan - #80,000 first payment and a monthly repayment of #13,800
-2 years plan - #50,000 first payment and a monthly repayment of #10,500

Think solar ...... Think beebeejump

DID YOU KNOW?

Solar energy users save, annually, as much as 75 million barrels of oil and 35 million tonnes of carbon dioxide. Plus, a huge amount of power can be harnessed from the sun: in just one hour, the Earth receives more energy than it would consume in an entire year (approximately 120 terawatts).

We are counting down already!
Just 9 days before thc S1 returns to it's original price of #208000.
Buy now and enjoy a whopping #40000 discount!

Covid-19 pandemic is real despite all the doubt you might have in your mind. The first case recorded in Nigeria was an Italian citizen who works in Nigeria and returned from Milan, Italy to Lagos, Nigeria on the 25th of February 2020. The Federal Ministry of Health confirmed the coronavirus disease (COVID-19) case in Lagos State, Nigeria. The case was confirmed on the 27th of February 2020. Since that time so many cases has been recorded. So far in Nigeria, 112004 cases and 1,449 deaths have been recorded. The Nigerian Government has provided a total of 112 treatment and isolation centres with 5,324 beds as part of its response to the COVID-19 pandemic so far, with the second wave of covid-19 around the corner more isolation centres might be opened and will need to be run at full capacity to combat the pandemic heads on. Also, people might be instructed to stay indoors for a while to reduce the transmission of the virus. To do these apparently, a stable energy supply will be needed. A solar energy source is the most preferable in this regard.

With solar energy, the isolation centres can be run effectively
With a likely increase in isolation centres, a clean, affordable and noiseless energy need to be put in place. More than 80 million Nigerians do not have access to electricity, and the one that has do not enjoy stable power. This means not all isolation centres will have access to national grid power and those that have may not enjoy a stable power supply. The first things that come to an average Nigeria mind are to use a generator, a generator will give you the power you need but it will be expensive and noiseless. Imagine an isolation centre that will run 24hrs with loud noise and a smoky environment, it will not be conducive for the people and health practitioner delivering services to the patient. Therefore solar energy is a preferable option for running isolation centre at full capacity with maximum convenience for the patient and health practitioners.

With solar energy reduce transmission
The main aim of locking down certain area or countries during the pandemic is to reduce the rate of transmission of the virus. Staying indoors without power to aid comfort-ability is synonymous to suffering. This will make staying indoor a burden on people. It is only delaying the inevitable people will want to go out if it’s not convenient thereby compromising the aim of the process. The solar energy will give a stable form of power with adequate comfort to stay indoors for as long as possible to make the process of staying indoor yield result.

Solar companies in Nigeria are well equipped to distribute solar products to Nigerian. With a quality product and good logistics that ease the distribution of solar product, every household can now enjoy 24-hrs electricity that is affordable, clean and noiseless.
Choose Beebeejump solar product today get a guaranty for 24-hrs electricity during this pandemic.

In 10 days time, our beloved S1 will return to it's original price of #208000, and the initial deposits of #80000( 1 year plan) or #50000 (2 years plan).
But!
You can buy yours today at #168000 for full payment or enjoy #10000 discount on any instalment plan of your choice.
Order now o!

Remember our 7 tips on how to end 2020 a better person?

One of the tips talked about doubling your hustle.

One way you can double your hustle is by becoming one of our DSAs.

The most interesting thing about this hustle is that you don't need a capital to invest in this venture.

Just sell our S1 product, and get weekly incentives and monthly commission. You don't have to leave your present job to become one of our DSAs.

To start just drop your WhatsApp number and location and get started.

DID YOU KNOW?

SOLAR ENERGY IS CHEAPER THAN FOSSIL FUELS

According to Lazard's Levelized Cost Of Energy Analysis--Version 11.0, solar energy costs as little as 4.3 cents per kWh on an unsubsidized basis, cheaper than nearly every option for new fossil-fuel power plants. The cheapest fossil fuel option is natural gas, which costs between 4.2 and 7.8 cents per kWh.

Depending on where you're looking at producing solar energy, it's probably already cheaper than coal, diesel, nuclear, and in most cases, natural gas. If the pattern of cost reductions is any indication, it won't be long before solar blows away every form of fossil fuel on a cost basis.
Use of fossil fuel also comes with its attendant pollution - and also diseases.
Fact still remains, that solar energy is the cheapest and safest.

Welcome to WAXAD power world , providing you with all solar solution .