Study for Solar Power in Mudtapilly   Mudtapilly is a locality situated about 14 miles from the center of Ipswich, and about 35 miles from the central business district in Brisbane. This study aims to assess the potential for solar power in Mudtapilly, and also look at the infrastructure that already exists there. Location – The name Mudtapilly is derived from the aborigine language known as Yuggera. It literally translates to sticky or muddy gully. Administratively it is split between the regions of city of Ipswich and the scenic rim region. The Cunningham highway which runs south from the city of Ipswich intersects Mudtapilly almost equally in half. The Warrill Creek is situated to the western side of the boundary of this locality.   Topography – As with most places in the surrounding areas of Mudtapilly, it primarily consists of flat grassland with some instances of scrubland strewn about. It’s….

Striving for Solar Power in Pine Mountain   An area eponymously named after the type of pine tree that grows in the area, Pine Mountain itself juts out 233 meters above sea level. This area is our subject in the study solar power in Pine Mountain, which will attempt to enumerate the possibilities for solar power in the area. Location – Pine Mountain is a semi-rural locality just northwest of the city of Ipswich. It is located about 9 miles from the city center of Ipswich and about 30 miles from the Brisbane central business district. To the south it is bordered by the important Warrego highway. The northern and western part of this locality follows the Brisbane River almost in its entirety till Borallon. The location of this area is quite good and has played a part in its steady growth in the past few decades. History and Population….

Solar Power Study for Mount Marrow   Mount marrow is a small suburb of the city of Ipswich located about 14 miles from the center of the city. Mount Marrow is a prime real estate suburb for people looking to buy small cottage homes and retreats. Thus it is the candidate in our study for solar power in Mount Marrow. Location – Bordered by Haigslea and Marburg to the north and Rosewood to the south, Mount marrow is about 14 miles from the city of Ipswich and about 40 miles from the Brisbane Central District. The Warrego highway lies about 3 miles to the north and is connected to Mount Marrow via a number of roads, notably the Thagoona Haigslea road which runs through most of the area.   Climate – As with most places in southeast Queensland, Mount Marrow enjoys consistent sunshine throughout the year. And hence is a….

Solar Power Study for Jeebropilly   A small locality, primarily a mining area, Jeebropilly is an area located in Southeast Queensland. It is situated about 26 miles from Brisbane beyond the town of Ipswich. Solar power Study for Jeebropilly tries to highlight the possibility for solar power in the area. Jeebropilly is an extension of the city of Ipswich. The Ipswich Rosewood road, which is an important connector between the city of Ipswich and the Rosewood locality, runs right through the middle of Jeebropilly. Area – Jeebropilly has a similar topography to the areas in the southeastern Queensland region. One exception however is the presence of natural gullies created by the flow of seasonal water due to rainfall. This area is strewn with small hillsides gashed out into gullies by seasonal thunder storms pouring out water through them. This provides the area with mineral extraction from the soil as it….

Solar Powered Ironbark   About 32 miles from Brisbane lies Ironbark, a suburb of Ipswich. Ironbark was named formally only in 2000 as it is an area mostly deserted and was considered part of the neighboring areas. In lieu of this, solar powered Ironbark is a study that briefly outlines the possibilities of solar power in this area. Ironbark has a population of only 846, most of which are comprised of inmates incarcerated in a correctional facility in the area. The Borallon Correctional Centre started in 1990 and currently houses over 550 inmates and the support staff required to run it and hence are the major contributor to its population. The area is very similar to the neighboring areas of Marburg and Haigslea and hence has similar characteristics Development – There aren’t any major real estate developments being planned here. However because of its proximity to Ipswich and also to….

Solar Power in Lanefield, Queensland   Located about 35 miles from Brisbane central business district, Lanefield is a quiet suburb between the stations of Rosewood and Grandchester on the Rosewood railway line. This study of Solar Power in Lanefield attempts to gauge the potential for solar power requirement in this area. Lanefield is a sparsely populated area with farms being a predominant feature, although suburban homes with large open areas are also present. Lanefield serves as the suburb for people who would want to get away from the rush of the big city, to escape to live in big wide open spaces. This is a particular interest area for developing solar power in Lanefield as there is good potential here in the residential areas. Population – A major section of the people living here own residential farms with minimal agriculture. There are also a few horse and animal stables. The….

Grand solar future – Solar Power for Grandchester   A small town with a big history situated on the southeast coast of Queensland Australia is the candidate for the study of Solar Power for Grandchester. Located about 80 kilometers outside of Brisbane, Grandchester was a small village that arose as a result of being one of the first railway terminals in the world. Since it sits close to Brisbane and is a part of Queensland it is characteristics that are fairly similar to that of areas close by, like the sunshine coast and gold coast and is hence blessed with plenty if sunshine throughout the year. This makes Grandchester a prime candidate for solar power study. History – Grandhchester was the terminus for the first narrow gauge railway line in the world. When a railway line started from Ipswich, about 30 miles away in 1865, Grandchester was the next and….

Solar Power for Sunny Haigslea   Located about 30 miles from Brisbane in Queensland, Australia is Haigslea, a suburb sandwiched between Ipswich and the Somerset region. Primarily a rural area and an abode to farms, this area over time will become a suburb or an extended city to the greater Brisbane area as it expands outwards. In lieu of this, solar power in Haigslea is a study that briefly outlines the possibilities in this area. A small town, more akin to a village, which has a population of only 414 people has quite a few farms around the area. Notable among them are horse breeding farms that deal in thoroughbreds for races. It takes about 45 minutes from Brisbane to reach Haigslea and about 25 minutes from Ipswich. History – This area was known as Kerchheim before the First World War. However, due to anti-German sentiment prevailing at the time,….

Solar Power for Marburg, A friendly town   Situated in the Southeast part of Queensland, Australia, This town was voted as the friendliest town in Queensland in 2008. A township steeped in history and an important gateway to Ipswich and Brisbane is the subject for this study of solar power in Marburg. Located about 40 miles from Brisbane on the Warrego highway, this township is primary a locality of Ipswich. In the nineteenth century Marburg was initially settled by German settlers. It was honorarily named Marburg after the town of the same name in Germany. Dotted with plantation style houses and farms and mansions all around it is a beautiful place to visit and attracts tourists throughout the year. Economy – As mentioned earlier Marburg was mostly a farming and to a lesser extent a logging community when the German settlers started coming to this area in the late 1800s…..

Considering Solar Power for Mount Forbes   Situated about 20 miles southwest of the city of Ipswich, Mount Forbes is a small locality currently divided between the City of Ipswich and the Scenic Rim Region local government areas. This study assesses the feasibility of solar power in Mount Forbes. Mount Forbes was named after Sir Francis William Forbes, the first chief justice of the supreme court of New South Wales. History – like most rural areas settled in the nineteenth century Mount Forbes was also settled by farming colonies. It flourished for a while into the middle of the twentieth century, however due to urban immigration Mount Forbes fell of the map since the late 1950s.   Topography – surrounded by lush green fields on all sides and interspersed with small hilly areas, this is a very sparsely populated area with wide open spaces and grasslands. This is one for….