Xterium Buildings

Metal is the fundamental resource that will be the foundation of your empire. Metal is used in the construction of buildings, ships, and defensive structures. As the mine′s output increases, its energy consumption grows. Since metal is the most common of all available resources, its value is considered the lowest for trade and exchange.

Crystals are the main resource for the creation of technology and electronics, and combinations of crystals and metals are used to alloy armor and produce skeleton structures of ships. Compared with the process of mining metal, obtaining raw crystals on an industrial scale requires much more time and energy.

Pure deuterium is obtained by processing a stable isotope of hydrogen found deep within many planets. Processing requires special synthesizers which separate impurities from raw material using nano-centrifuges. The heavy hydrogen obtained is further processed into a ready-to-use product, deuterium. Technological expansion of the synthesizer allows for increased deuterium production, increasing the productivity of the plant. The use of deuterium in industry, science and navigation is the most important determinant for the successful development of your empire.

This module is used to store metallic ores. Each upgrade level increases the amount of ore that can be stored. If storage capacity is exceeded, metal mining stops automatically to prevent a catastrophic collapse in the mines.

Untreated crystal from the mines is stored in this type module. Each new level increases available space to store raw crystals. Once production exceeds the allowed capacity, extraction of crystal automatically stops to prevent collapse in the mines.

This module is designed to store newly synthesized deuterium. After processing in the synthesizer, deuterium is pumped through pipes into the reservoir. Each new level of storage increases the total capacity. Once over the critical mark, the synthesizer is turned off to prevent the tank from breaking.

Designed to optimize production, each level increases the hourly output by 1.25% which accumulates in prefabricated containers. Each hour the production fund is filled and production is halted until the resources are removed.

The Logistics Center is a state-of-the-art facility situated on the moon. Equipped with advanced technology, this center offers players the ability to speed up the transportation of resources and increase their production efficiency through the reallocation of capacity. By utilizing the Logistics Center, players can optimize their resource management strategies, allowing them to gain a significant advantage over their competitors.

Giant solar cells produce electricity for mines and deuterium synthesizers. Increasing the surface area of the photovoltaic cells leads to an increase in the energy produced and the stations efficiency.

In thermonuclear power plants, hydrogen nuclei merge under immense temperature and pressure, releasing a huge amount of energy. Increasing the reactor complexes allows for more deuterium to be used which leads to an increase in energy production.

University is responsible for studying and developing fundamental sciences. Upon reaching a new level, additional allocations and grants are allocated from the budget for the development of individual research programs, the implementation of which leads to scientific progress in the Empire.

The creation of research laboratories in the colonies is an integral part of scientific progress in your empire. With each new section in the laboratory, more scientists become involved with various development programs and as a result the speed of technology research increases.

The robot factory serves for the production of modern robotics. The introduction of robotic processes in production chains reduces the time taken to construct buildings on the colony.

Nanomachines are mechanical or electromagnetic devices which are measured in nanometres. These microscopic nanomachines are the ultimate evolution in robotics. After completing each factory level, the construction speed of buildings increases by 20%

Planetary shipyards are responsible for the creation of spacecraft and defensive structures. Expansion of production halls and introduction of new types of equipment and machines allows for accelerated production and for the creation of technologically complex projects. Using the shipyard with the nanite factory drastically reduces production time.

The high-tech lunar shipyard is responsible for the construction and upgrading of spaceships and defensive structures. Utilizing cutting-edge nanotechnology, advanced artificial intelligence control, and molecular manufacturing, it offers players a faster and more efficient production process. With the ability to self-repair and self-replicate, players can optimize their production and unlock new technologies for more advanced projects.

An advanced factory utilizing nanomachines for construction with AI control for real-time optimization, molecular manufacturing for precision and advanced materials for durability. It is distinguished by self-healing, self-reproduction, swarm intelligence and increases the speed of building construction by 30%.

The production and installation of giant monolithic slabs and protective domes forms the basis of terraforming technology. The process of terraforming is always unique. Individual projects may include the creation of artificial islands in the ocean, the crushing of mountain ranges or the installation of artificial plates in the middle of a lava plateau. There is one thing that unites all these projects - a huge amount of energy is required for the launch and subsequent operation of the terraforming process.

Since the Moon does not have an atmosphere, closed domes have been built for the existence of maintenance personnel. The lunar base produces oxygen, heat and gravity, creating conditions for the life of the colonists. With each level of development, the living space of the biosphere increases by three units.

A developed spaceport allows for rapid resource trading and contributions to Alliance Banks. With further development of commercial ports in the spaceport, the resource throughput is increased.

The alliance depot supplies fuel to a friendly fleet that is in low orbit in defense of the planet. The level determines the maximum volume of stored deuterium which in turn allows you to simultaneously support a great number of fleets able to participate in the defense of the planet. Longer times in orbit require a greater amount of fuel.

The phalanx is based on high-resolution sensors analyzing the spectrum of light, the composition of gases and emissions from remote worlds, followed by the transfer of information for processing in a supercomputer. By the difference in the variation of the gas composition and radiation, the presence and composition of the fleets in the zone of action of this phalanx are calculated. To prevent overheating during the scanning of the phalanx, a certain amount of deuterium is used.

Teleportation is not available 5 seconds before the incoming fleet. Teleportation is a technology for creating artificial wormholes in the orbit of objects with minimal gravity. With artificial jump gates, huge fleets can be moved in seconds. This does not depend on the location of the gates in space and their distance from each other. By a special decree of the Founders, in order to avoid overheating of the system, it was forbidden to teleport any types of ores, crystals and fuel through wormholes due to the high density of elements. In this regard, special fuses are installed on each such object.

After years of research on antimatter, scientists have finally invented a way to create Dark Matter. It consists in the acceleration of antimatter in the Particle Accelerator. But the work of the Particle Accelerator is hampered by the atmosphere of the planet, so it was decided to build it on the moon, where there is no atmosphere. Each level increases the protection of your moon from destruction by 20%