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Energy

Advancing the transformation of Electric Vehicle Sector and unstoppable development

Opportunities available in the electric car sector is on the notable surge. The number of electric vehicles has risen from 14 million in 2019, and they are likely to increase by 100 million in the next five years. 

Together with electric cars value series, crucial industry associates have started on providing funds to the ever-rising embracing of electric vehicles. On the other, contributing to their firm foundation,  team players have reformed the ecosystems to cater to the tastes of their customers, improved on the ways of charging and financial situations. 

The primary and renowned international software supplier of all the players is v. The work of Driivz is to inspire its principal service providers with a thriving market and an end-to-end platform for charging electric vehicles as well as the management of software. Drive provides competent, knowledgeable, and prefect plans, which will make sure their customers can handle their networks. Also, it gives electric vehicle owners a unique experience while charging their vehicles.

The rising central stakeholders in acknowledging stabilization in businesses include; gas and oil manufacturers, electric vehicles charging points providers, utilities, and charging point operators. These shareholders have assimilated their essential operations to the e-mobility surrounding as well as putting their investments mainly in the electric vehicle sector. In turn, their investments help in getting solutions to compete with the charging ecosystem of electric vehicles. 

Driivz’s white solutions help in permitting the player group to convey to a series of well-developed solutions that competent as we to the ecosystem players like municipalities, hosts, fleets, industrial infrastructure, and MDUS.   

The innovative platform of Driivz gives a wholly incorporated lone solution, which provides support to the modifications of electric vehicles drivers’ documents an API-related growth. Driivz helps to remove business and technical problems faced while working with proprietary solutions.

The unusual approach of Driivz and API-based solutions gives electric vehicle sector players freedom to explore innovation, built-in workability, and surging numbers to the market.

Meanwhile, the freedom offered by the system allows the players to distinguish themselves from the features of consumers that the world often changes with Driivz delivering business flexibility promises.

They are getting innovative networks, and billing plans from Driivz help clients in watching over their systems and gain competitive advantages. Driivz has also taken to the field a drastic and powerful billing device that will provide help to several business types.  

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Energy

Australian Island Generates Electricity for the Whole Continent

Hydro-electric energy production in Australia is on a roll to become fully efficient. The sector has its roots in the wind and solar power as the main generators of renewable electricity. Hydro-electric energy generation has been utilized sparingly in Australia. However, a recent update in the generation system opened a more efficient application of manipulating gravity and water to provide energy in off-seasons. 

Scientists researching this possibility point out that the revised system has the potential to provide backup power when wind and solar power generators fall short. Hydro Tasmania, a hydro-electric firm based in Australia, recently expressed interest in integrating the project. Hydro Tasmania hopes to use the technology by pumping water to elevated levels. 

There has never been such integration of hydro-renewable energy combined with high – pressure storage hydropower. Hydro Tasmania is a renewable energy company concentrated on expanding hydro-electric prospects by spending extra funding. Tasmania’s hydro-electric power station is well capable of fulfilling the electricity requirements on the Island. The company hopes to integrate wind power that will enable Tasmania to be the first Australian state to integrate a fully renewable dependent electric grid in two to three years. This development is to limit the importation of coal-based energy.

Nonetheless, Tasmania would like to move on. Developers claim that the Island will use undersea cables to provide aid to other states. This developmental help boosts non-carbon-based energy generation from wind and solar outputs without interfering with already established network grids. The Island also has in its plans to increase its hydropower generating potential by and a modern pumped storage hydro facility. 

The dream will allow the renewables sector to shift from coal-based energy to environmentally friendly sources of energy such as wind and solar power plants. However, the plan needs the use of the new energy generation technique and deep-sea wired networks to come to fruition

 Experts prefer using a pumped-storage hydro method instead of adding more on-grid storage technologies due to the higher power storage capacity. According to Gwynn, the cheapest industrial grid battery is only useful for an estimated four to six hours of operation time at most. Hydro Tasmania’s new gravity-induced storage system is capable of providing more than 12 hours of backed-up energy. 

The Hydro Tasmanian pumped generation system proves to be a shift in the right direction for the renewable sector. While the industry has not reached a satisfaction point recent developments and the promises they hold position to the realization of a fully sustainable energy sector in the future

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Space

NASA plans to reuse the Crew Dragon spaceship and the motor boosters

NASA intends to allow SpaceX to reutilize components of the Crew Dragon spaceship and some parts of Falcon 9 rocket for other launches. This move is through NASA editing the Commercial Crew Transportation Capability (CctCap) contract with SpaceX to reutilize the main components of the mission. This change follows a similar move on the extension of the Demo-2 mission by several days. These modifications are to boost operations for SpaceX, especially now that there are limitations effected by the coronavirus pandemic. 

Benji Reed, the director of crew mission management at SpaceX, hints that they were planning to reuse the Crew Dragon capsules for NASA missions. He says that the components are still in good shape after the Demo-2 mission and, therefore, essential for reuse. NASA’s Stephanie Schierholz told SpaceNews that these contractual changes are a retaliation move in response to SpaceX’s requests. 

Schierholz reports that SpaceX proposed this idea after convincing NASA on the expenditure and safety measures relating to the reuse of the Demo-2 mission components. On the other hand, she assures that NASA is thoroughly assessing the benefits and risks of the contract modifications. 

Schierholz says that the changes are in favor of the government. It appears cost-effective if they reuse the Crew Dragon spacecraft and the modified Falcon 9 rocket for the upcoming operational mission intended for August 2021. She said that NASA would not allow these expensive components to fall from glory to the more straightforward tasks when they can be reusable in vital transient missions. SpaceX so far proves the truth of this statement after reusing Falcon 9 booster for the Starlink launches. 

SpaceX anticipates more contracts to change so that the otherwise quality artillery remains in exclusive use. This stand is after obtaining a go-ahead in reusing Dragon spaceship on the CRS-11 mission earlier in 2017. They can reuse the spacecraft capsules that are in good condition after passing the safety tests and reviews. 

Also, SpaceX is putting its technology in place to redesign the faulty components of the Dragon Crew spacecraft. This move will then create time to regenerate and design the best version of the craft while the other capsules are in reuse. They are adjusting the crew capsule to accommodate all the necessities for astronauts to launch into the deep of space, and after that, combining these two procedures will prepare the tablets for reuse of up to five flights. 

Finally, the Vice President of construction plans at SpaceX, Hans Koenigsmann, says that the reuse of the spacecraft and its components depends on the remnant capsule that reenters Earth. As for the launch equipment, he says that they hope they can adjust them for other missions. 

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Energy

Costa Rica’s Conventional Shift from Fossil Fuels

Costa Rica is a haven for the explorer looking to escape the hustle of city life. The country is home to a range of expansive sandy beaches and thick tropical rain forests that are bait for tourists’ flocks annually. On a surface level, the country seems green enough, and however, a more in-depth look into the country’s setup shows the disparity in eco-friendly practices. 

Costa Rica has of the most congested auto industries in the world. These automobiles present a problem for the environment with their emissions. Costa Rica is one of the largest CO2 emitters in South America.

Following the change in the global scenario caused by the coronavirus, the use of automobiles has dramatically reduced. Costa Rica, as a country, imposed strict regulations on auto transportation to curb the spread of coronavirus. 

As the country opens up, there is a concern whether the dependence on automobiles is a recurring factor. The economy majorly relies on transpiration to carry on activities. However, the city experienced a cleaner environment during the lockdown season. 

Costa Rica is among the countries still dependant on coal-based sources of energy. Even though the government has laid down strict regulations against fossil fuel use and high emissions, the country still has a lot of gas emissions from the transport sector 

Costa Rica’s transport sector contributes 54% of the country’s cumulative greenhouse gas emissions. It is no surprise that the country needs to be a shift towards environment-friendly sources of transport 

The implementation of electric vehicles in the area is not possible. Despite the positive impact electric vehicles have on reducing emissions, laying out an electric-based transport grid is costly for the people and the country at large. However the vision is still in the picture. 

There is, however, speculation of integrating bicycles as an alternative to motor vehicles. The move is not all too new in the country. Costa Rica has had its fair share of environmental activists who lodged to shift towards bicycles. After much review, the country opened up to the idea which soon saw the introduction of cycle ways in streets 

Following the coronavirus pandemic, experts speculate that a majority of the populous will shift to using bicycles as a green alternative. The bicycles reduce emissions as well as offer an opportunity for a healthier lifestyle. Will Costa Rica make the difference in emissions after the pandemic settles, only time will tell

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Energy

There is a glimmer of hope for Electric Vehicles after devastating months of sales

There has been a drop in car sales amounting to a maximum of 88% by the Society of Motor Manufacturers and Traders (SMMT) in the previous months due to the coronavirus pandemic. JATO Dynamics, which is SMMT’s counterpart in Europe, are also witnesses of the drop. 

Though the car sales show a drop from the previous year, EV sales are conveying a rise amounting to 20% in the UK for SMMT and 15% in Europe by JATO. These values are the exact opposite that the market shows. Additionally, the two firms show a market growth rate for the Evs despite the collapse of the market. 

Tesla TESLA Model 3 is the leading EV in sales thrashing conventional cars and hybrids in the UK. It is the first brand to beat all car types in Europe in terms of sales. This model is also thrashing the renown Renault Zoe, Ford Focus, VW Golf, and Renault Clio. All this is attributable to their pliant direct sales model that has overcome the lockdown impediments. Additionally, this EV model was long-awaited by consumers and EV fans. 

Model 3 takes advantage to capture executives who occasionally travel for meetings and events. The car accounts for that executive comfort that the midsized business owners desire as they stroll from one activity to another. The model covers approximately 12000 miles that an average executive is likely to make yearlong. This mileage is also cost-effective compared to conventional cars, given the only requirement for the vehicles is charging and not fuel. 

The premium European brands with immediate effect are redesigning their SUVs to Evs to curtail their 40% yearly sales and enjoy what the Evs have been experiencing. However, the SUVs are more expensive than their equivalent fossil-fuel cars. For instance, as Audi E-Tron prices at £60000, the equivalent Q7 is at £54000. But the Model 3 is now going for £40000 conveniently saving the executive £15000 for using a Mercedes C220d SE for three years. 

The astonishing market performance of Evs despite the coronavirus pandemic is an indicator of the hunger for these cars and therefore attracting government incentives. Consequently, the UK government is investing in charging stations and the Battery Industrialisation Centre to recuperate from the pandemic. On the other hand, the EU is dissipating Euros into EV manufacturing and emission-free trains. The EV sales during the epidemic are a sign of hope that the automobile industry can survive challenging times and recuperate with positive margins. 

Finally, the EVs are the next right asset for the car manufacturers to venture in. If they can hybridize the current vehicles and make new EVs, they are sure to recover their profits. 

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Energy

Germany ready to lend a hand to Southern India in balancing the Optimal power for renewables

Germany’s Gesellschaft für Internationale Zusammenarbeit (GIZ) is preparing to research in Southern India through DNV GL. This research focuses on balancing renewable energy supply and energy demand.

Markus Wypior, the implementation officer at GIZ, outlines that India is a high consumer of energy-consuming over 6500 TWh of energy yearly. Therefore, the plan to develop renewables in the country is to facilitate quality energy delivery. This research is a joint venture by the two nations to revolutionize the renewables sector in the country. The program is also going to strengthen economic ties between these countries so that they can exchange technology.

With this program in action, India is going to transit into renewable energy to compete with the developed nations. Nicolas Renon, an executive at DNV GL – Energy, reports that this project gears the country towards leading in global energy shift. 

The research is a program taken over from the Southern Regional Power Committee (SRPC) of India cowling the Southern states of India, including Karnataka, Kerala, Andhra Pradesh, and Telangana.

DNV GL is ready to employ partitioning of services to facilitate the top-notch sharing of electricity among these states. The firm uses renewable energy integration studies to optimize the power-sharing between cities. Also, partitioning of states’ control reserves to integrate mass renewable energy supply for cost-effectiveness and environmental friendliness.

DNV GL is designing recommendations for the SRPC to enlarge their renewable energy base in the energy mix to fit demand. They are creating a comprehensive report for the amalgamation of state control reserves and the renewables. Mercom reports that the country’s total energy installation capacity is rising from 355 GW to approximately 380 GW. The renewables account for 135 GW from 126 GW in the previous year. Solar energy accounts for about 28% of renewable energy.

The renewable industry is developing at a rapid rate penetrating the globe due to its fascinating eco-friendly nature. This energy is also cheap to manufacture and, therefore, affordable for consumers. There are chances that the renewables are going to replace conventional energy. Fossil-fuel energy is expensive and exhaustible. Therefore, wind and solar power are entirely new replacements. They are safe and renewable, and their market share is likely to rise to over 40% by 2050. One of the advantages is there will be a reduction in carbon emissions worldwide by over 70%.

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Energy

An Aussie innovation set to revolutionize the renewable industry

A worldwide competition was established in the 1980s: seeking a more practical option to transform sunlight into electricity. Around 30 years ago, developers had the invention, named PERC silicon solar cell, in the department at the United University of New Wales (UNSW). The cells are the most popular electrical production innovation for additional capacity worldwide each year, with wind, coal, gas, hydro, and other conveniently surpassed by solar change. 

By the middle of the year, around 1% of world greenhouse emissions will be reduced by PERC technology to replace carbon emissions. In the event of continued fast expansion, carbon emissions should be reduced by 5 percent in the middle of 2020, and perhaps far more in subsequent periods. Additionally, Australia’s horrific wildfires in summer, strengthened by 2019’s highest and sunniest year, underscore the frequency for emergency greenhouse gas reduction. The most appropriate method to do this is by far to remove coal from power equipment by using wind and solar quite quickly.

Solar panels effectively transform sunlight into electrical energy without rotating parts. Consequently, the Aussie project encounters the same feature, as stated.  In particular, solar panels generate cheap electricity because, for specified solar energy production, less photovoltaic modules, glass wrap, transportation, land, and support systems are required. At the beginning of the 1980s, the performance was 17 percent of the most beautiful experimental cells across the globe. In other words, 17% of natural light was transformed into electrical energy, and the remainder (83%) of solar power (as heat) had been lost.

In the 1980s, researchers developed a range of lap record-efficient solar cells, headed by Martin-Green. Solar energy accounts for over 40% of the gross inclusion of new energy generation capacities, the bridge of coal, nuclear, solar, hydro, and many other renewable sources.

Solar is rising exponentially than most other innovations for energy production. In a duration of time, with the withdrawal of fossil fuel plants, solar (and wind) will monopolize energy generation and result in a significant decrease in greenhouse gases. Pollution from Australia (except wildfires) is collapsing as wind, and solar systems are significantly faster per capita than in the USA, China, and Japan.

The sustainable energy goal accomplished in 2019 still hasn’t encountered any change. The position as a world figurehead in the sustainable energy plant is unclear. Solar power is significant, intangible, and enduring. The straightforward analysis shows that less than 1 percent of the nation’s territory would have to supply all solar energy worldwide, mostly on building rooftops, deserts, and water bodies. 

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Space

Satellite internet set to be launched in the Philippines by Hughes as initiated by Cignal TV

The Cignal TV Inc. a worldwide giant in communication satellite networks and services recently declared that it had chosen the Hughes JUPITER team systems to allow satellite communication networks and services to its millions of subscribers, it was agreed that Hughes would offer Cignal TV with consumer terminals and a broadband administration structure employing similar technology used by Hughes, Hughes uses power HughesNet which is a leading satellite internet services with over more than one million subscribers.

Jane Jimenez, the acting president, and chief executive officer of Cignal TV, quoted that they desired a platform that will offer an excellent experience for their millions of subscribers to launch the satellites hence that is why they selected Hughes Jupiter System, she went further and highlighted that Hughes had met their interests to back home internet consequently the platform has enhanced elasticity to contemplate new satellite services.

Also, the acting assistant vice president of Hughes Vaibhav Magow highlighted that he looked forward to partnering with Cignal TV to bring all their subscribers the good things the satellite internet offers, such as the healthcare, education, and many more basic staffs.

He further clarified that the partnership at hand emphasized the value of JUPITER systems as the maximum standard for communication satellite network enactment with flagship operators all over the globe, such as the Cignal TV, which has an outstanding performance and proficiencies of the platform to accomplish their business desires.

This JUPITER system is the forthcoming generation of Very Small Aperture Terminal platform that originates from Hughes for communication network services over conventional satellites and high-throughput, by using DVB-S2X standard for tremendous and effective usage of satellite bandwidth the JUPITER system can power its services on many spacecraft, almost forty of them around the globe hence terming it as the footing for HughesNet, the internet services initiated by these satellites which are available in different nations throughout America. In addition to that, the JUPITER system backs requests like the public Wi-Fi hotspots, business networks, and in-flight connectivity services.

Just a brief history about the Cignal TV and Hughes network systems, Cignal TV, was first founded in the year 2009 in the Philippines and it is currently the overall provider of DTH satellite, it conveys over a hundred channels with free air-to-air channels inclusive, it also provides audio channels and services that are on-demand as well

With Hughes, it is the global flagship communication satellite network technology and service for homes and offices as well, it is currently based in Washington DC in the U.S, and it fully possessed by EchoStar Corporation.

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Space

Summary of crewed Spaceships to Space

The current number of space vehicles that have been to space is eight. The Crew Dragon is going to be the ninth successful crewed spaceflight on the mission to space. Jim Bridenstine says that there have been demo programs to test the path for the spacecraft launch. He recalls that Apollo, Mercury, and Gemini are the brand new space shuttles that ever carry people to space. He says that SpaceX is going to take the fifth position if the program succeeds. 

Vostok (USSR, 1961) is the first shuttle to voyage a full orbit of the earth carrying a human being. The cabin of this flight could only contain one astronaut. The challenge with this shuttle is that the capsule didn’t have a landing gear. Therefore, the crew had to eject from it on its return journey. Different types of Gagarin capsule made a total of six flights. Valentina Tereshkova, the first female to space, is said to be the last voyager in this series. 

The next different shuttle to space is the Mercury (the U.S., 1961). This spacecraft is a product of the U.S.’s mission to beat the USSR’s Vostok capsule. Alan Shepard is the first crew on this craft’s Freedom 7 capsule though it didn’t make a full orbit. John Glenn’s Friendship 7 capsule is the first in this category to make a complete orbit in February 1962. Pictures reveal that Mercury capsules were almost conical.  Each of the modules that made the voyage had its name until 1963. 

Next in line is Voskhod (USSR, 1964), whose design is an imitation of Vostok with additional area for crew members. NASA reports that for this to be possible, the engineers replaced the ejectable seat with stable couches and landing gear. This shuttle’s first occupant was the engineer, the pilot, and a medical doctor. The three had to abandon space suits to be able to fit in it. The second of Voskhod’s capsule was to test spacewalking. Voskhod 2, with two cosmonauts, was then sent to space. The first spacewalker, Alexei Leonov, spent about 12 minutes in aerospace, which is the last of Voskhod’s mission.

Gemini (U.S., 1965) follows the Voskhod 2 mission. Gemini is an imitation of Mercury, just like Voskhod. Gemini carried two engineers whose purpose was to dock it in orbit. This mission would ensure a safe landing on the moon. Also, the shuttle was to explore spacewalking and increase the period of the voyage. Gemini 4 is achieved this with Ed White making a sortie and lasting four days. NASA reports that Gemini 8 astronauts could dock in space and also spend more than a week there. The end mission was Gemini 12, which could dock and allow three different spacewalks. After that, NASA says it was ready to explore deployment to the moon. 

Soyuz (USSR/Russia, 1967) is a replacement for Voskhod. This space shuttle’s cosmonaut died because of parachute malfunction on reentry in 1967. This craft is still active, though with modifications. The nation has, over the decades, come up with ten different crewed models. At the center is the crew module, the only capsule that reenters earth. On the other side is the orbital capsule with the docking gears. Soyuz has made over 100 crewed flights a notable dock being with the Apollo command capsule in 1975. NASA says that Soyuz has been essential in its research by giving lifts to its researchers to space and ISS since 2011.

The Apollo(U.S., 1968) follows with its exciting series of events. NASA says that its mission was to land the astronauts on the moon. This craft is a slight modification on the shape of its predecessors, giving it a squat appearance. The module’s design was to ensure it lands two astronauts to the moon and back. Unfortunately, Apollo 1 caught fire, killing three astronauts in a preflight test. NASA had to reservice and repackage the ship before returning to the launchpad. However, the command capsule, Apollo 7, whose mission was to orbit the earth, was successful with several docks. Apollo 11 is the first of the series to dock safely on the moon. The lunar module’s design is to enhance its landing on the moon. In 1970, the Apollo 13 mission took a fall after the explosion in the service module. The three astronauts on it had to evacuate to the lunar capsule jet back to earth. Apollo 17 was the last of its kind to make a voyage in 1975. After that, NASA took a break for close to ten years. 

NASA retorts that the Space Shuttle (U.S., 1981) is their most-used ship. This ship is the first they had to reuse. The next five shuttles they made covered a sum of 135 missions till 2011. The shuttle’s designation looks like a plane hence the name orbiters. The shuttle can carry seven crewmembers. Its components are a cargo bay, an airlock, and two decks. Two of the shuttle fleet, the Challenger and Columbia, encountered catastrophic accidents killing 14 astronauts. The retirement of the other ships followed in 2011, following their crumbling. 

According to NASA, the next new vessel to space was Shenzhou(China, 2003). This vessel is similar to the Soyuz and makes China the third nation to deploy humans to aerospace. The shuttle carried one astronaut and took a day’s orbit. After that came several flights and finally settled its flights to their space stations, six of this shuttle have been to space with the latest being 2016.

Crew Dragon (U.S., 2020)

The latest ship that is awaiting its launch is the Crew Dragon(U.S., 2020). It is going to be the first commercial vessel to go to ISS. Several test flights are underway to ensure the reliability of the shuttle. It can host seven astronauts, but NASA is banking on two veteran astronauts to generate a report after their voyage. 

Finally, there are suborbital missions whose rearview appears to be like a boundary of space. They are sending signals to earth to enhance internet 

Categories
Space

SpaceX revolution in Space technology

The developments and reduced costs of SpaceX have shifted the US space regulation course. In 2010, the American government stepped away from NASA’s Galaxy plan, which planned to create a community of spacecraft that would encounter utilization for long-haul space travel on lower earth orbits. As NASA fell substantially behind the timeline, Obama’s term had to either enhance NASA financial resources or change course owing to technical challenges and funding cuts. 

In 2010, President Barack Obama visited the Kennedy launch facility and visited Elon Musk to see the SpaceX infrastructure. The government agreed to move the system to deep space only. NASA then purchased resources from firms, including SpaceX, for low orbit on flights nearer to home. Skeptics criticized NASA’s expenditure reductions and fears if the private industry might interfere with satellite launches.

Although NASA also struggled to improve its satellite launch program, another evaluation by NASA’s Ames Research Centre revealed that the significantly small launching costs in Space allowed other users like NASA to use “extensive space.” The study also indicated that, primarily due to the obvious cheaper price point, NASA would expand its planted missions into outer space and the ISS.

The move poses major obstacles, given the popularity of SpaceX. Consequently, SpaceX also laid away 10% of its employees to increased savings early this year. NASA is also vulnerable to a few of SpaceX’s launch practices, such as the usage of a spacecraft charging with cosmonauts on deck, related to a Launchpad Falcon 9 blast. An inquiry into whether the air force approved the Inspector General also confirmed the Falcon 9 in the Military Department. However, it is not clear whether the Falcon 9 was launched. 

Like others in NASA, Musk conduct presents a significant concern. Musk was shown in the footage the previous year smoking marijuana, which led NASA to release a safe operation evaluation of SpaceX and Boeing. Moscow was also in the heat with the United States security and exchange authority’s comments concerning Tesla, yet one of his companies. Over the last years, the government has requested a court to ignore Musk for potentially breaching the previous year’s arbitration deal. Even though he is without question the driving principle in Tesla and SpaceX, corruption could render prospective clients hesitant to enter into contracts. SpaceX actively overruns technical limitations that have transformed private corporations’ capacity to have secure and efficient exposure to space, irrespective of its errors.