Need to create 2D diagrams and a 3D model of the generator according to the technical specifications.
178 USD We will discuss the price for the work. The price indicated in the task is just a placeholder)
- Project name: "Phoenix-Mini Pilot".
- Goal: Create 2D diagrams (AutoCAD) and a 3D model (Fusion 360/Blender) of an autonomous energy generator for testing.
- 2D + 3D (negotiable).
- To the performer: Provide a draft within 2–3 days for review.
#### 2. Complete description of the device
- Purpose: "Phoenix-Mini Pilot" is a compact energy generator.
- General characteristics:
- Power: 10 kWh (9 kWh for sale).
- Autonomy: 66.67 days.
- Volume: 1.45 m³ (working), ~1.7 m³ with thermal insulation.
- Strength: Joints up to 10 atm, fastenings up to 2 t/m², vibration up to 10g.
- Temperature: Operating at -30°C to +50°C.
#### 3. Design and dimensions
- Case:
- Shape: Rectangular parallelepiped.
- Material: Stainless steel AISI 304, thickness 10 mm (glossy, silver).
- Dimensions without thermal insulation: 1.2 m (length) × 1.2 m (width) × 1 m (height).
- Thermal insulation: Mineral wool (gray, 50 mm thickness) + foil (silver, 0.1 mm) on all sides.
- Dimensions with thermal insulation: 1.3 m (length) × 1.3 m (width) × 1.1 m (height).
- Ventilation hole: Grille 10 cm × 10 cm on the top panel (center, 0.55 m from the edges).
- Internal components (placement inside the case, all dimensions are conditional but logical):
1. Reactor:
- Shape: Cylinder.
- Dimensions: Height 0.8 m, diameter 0.4 m.
- Material: Steel AISI 304.
- Location: Center of the case (0.4 m from the left wall, 0.4 m from the right, 0.1 m from the bottom).
2. Steam generator:
- Shape: Rectangle.
- Dimensions: 0.5 m (length) × 0.3 m (width) × 0.3 m (height).
- Material: Steel AISI 304.
- Location: Right of the reactor (0.9 m from the left wall, 0.15 m from the right, 0.1 m from the bottom).
3. AFC (controller):
- Shape: Rectangle.
- Dimensions: 0.3 m (length) × 0.2 m (width) × 0.2 m (height).
- Material: Steel or plastic (gray).
- Location: Left of the reactor (0.15 m from the left wall, 0.75 m from the right, 0.1 m from the bottom).
4. Valves (4 pcs.):
- Shape: Cylindrical tubes.
- Dimensions: Diameter 5 cm, length 10 cm.
- Material: Steel AISI 304 + FKM gaskets (black).
- Location:
- Valve 1: On the reactor, top, left edge (0.35 m from the left wall, 0.9 m from the bottom).
- Valve 2: On the reactor, top, right edge (0.75 m from the left wall, 0.9 m from the bottom).
- Valve 3: On the steam generator, top, left edge (0.9 m from the left wall, 0.4 m from the bottom).
- Valve 4: On the steam generator, top, right edge (1.05 m from the left wall, 0.4 m from the bottom).
- Clamps: Steel rings (thickness 2 mm) around each valve.
5. H₂ sensors (2 pcs.):
- Shape: Small cylinders.
- Dimensions: Height 5 cm, diameter 2 cm.
- Material: Plastic or metal (gray).
- Location:
- Sensor 1: Inside, near the reactor (0.5 m from the left wall, 0.7 m from the bottom).
- Sensor 2: Outside, on the top panel (0.7 m from the left wall, 1 m from the bottom).
6. Fan:
- Shape: Square with a propeller.
- Dimensions: 10 cm × 10 cm × 5 cm.
- Material: Plastic (black).
- Location: Next to the external sensor (0.8 m from the left wall, 1 m from the bottom).
Fastenings:
1. Brackets (4 pcs.):
- Shape: Plates.
- Dimensions: 20 cm (length) × 10 cm (width) × 0.5 cm (thickness).
- Material: Steel AISI 304.
- Location:
- Under the reactor (0.4 m from the left wall, 0.1 m from the bottom).
- Under the steam generator (0.9 m from the left wall, 0.1 m from the bottom).
- Under the AFC (0.15 m from the left wall, 0.1 m from the bottom).
- Additional at the back wall (0.6 m from the left wall, 0.1 m from the bottom).
2. Bolts (20 pcs.):
- Dimensions: Diameter 1.2 cm, length 5 cm.
- Material: Steel 40Х.
- Location: 5 bolts on each bracket (evenly).
3. Anti-vibration pads (4 pcs.):
- Shape: Squares.
- Dimensions: 10 cm × 10 cm × 1 cm.
- Material: Rubber (black).
- Location: Under each bracket.
#### 4. Visualization requirements
- 2D diagram:
- Tools: AutoCAD, LibreCAD or similar.
- Views: Top, side, front (3 drawings).
- Show: Case with thermal insulation, all components (reactor, steam generator, AFC, valves, sensors, fan), fastenings (brackets, bolts, pads).
- Indicate: All dimensions in meters, materials (steel, wool, foil, rubber), markings (distances from walls).
- Example: Like a drawing of a cabinet with pipes and equipment inside.
- 3D model:
- Tools: Fusion 360, Blender or similar.
- Show: Full case with thermal insulation (wool + foil), internal components, valves with clamps, sensors, fan, fastenings.
- Details: Textures (steel — silver glossy, wool — gray rough, foil — shiny, rubber — black matte).
- Optionally: A short assembly animation (components "inserted" into the case).
- Result format:
- 2D: .dwg or .pdf files.
- 3D: .stl, .obj files + overview video (1–2 minutes).
#### 5. Additional instructions
- All dimensions are given accurately, the placement of components is logical, but can be slightly adjusted for convenience (for example, move the valves 5 cm if they interfere).
- Colors of materials: Steel — silver, wool — gray, foil — shiny silver, rubber — black, plastic — gray or black.
- The device should look sturdy and technological.
Applications 4
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це якийсь жарт?
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Изменил первую строчку описания. Прочитай ещё раз пожалуйста.
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4-7 дні і 1500-3000 грн- ви серйозно?
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На сумму не обращайте внимания)
Мы с вами можем договорится о сумме и дед лайнах лично. -
я так розумію, що потрібні креслення і візуалізація?
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Да
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термін до 7 днів?
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В идеале сделать как можно скорее)
А так, будем отталкиваться от исполнителя.Если вам интересно, можем перейти в личные сообщения.
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Прослеживается подход к делу настоящего профессионального Менеджера: "сделать как можно скорее", "Цена указанная в задании, сделано лишь для затычки", "компактный генератор энергии", "Автономность: 66.67 дня", ...
По большому счету все пункты можно выбросить, оставив только п.4 - "Исполнителю: Предоставить черновик через 2–3 дня для проверки" - не уверен, что такую визуализацию успеют выполнить за такой срок.
((
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Ви попросили ШІ, щоб він написав за Вас завдання, на створення генератора, якого не існує. Задумка зрозуміла, але щоб її перетворити в робочу модель, потрібно врахувати багато деталей, яких тут навіть не вказано, а вони мають входити в конструкцію.
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