Design System
COMPANY SYSTEMS

Design System Guidelines

Welcome to our design system. This space details the elements and their specific attributes that make up our brand identity in the digital space. Following these guidelines will ensure a consistency and efficiency when creating for this digital space.
DEFAULT HEADING STYLES
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H1 Simulated

H1 GRAPHIK

Heading 1 (Graphik)

H1 Simulated

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Heading 2

H2 Simulated

H2 Small

H2 GRAPHIK

Heading 2.5 (Graphik)

Heading 2 (Graphik)

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H3 Simulated

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ALTERNATE HEADING STYLES
HUGE HEADLINE

See precision insights from cutting-edge AI.

LANDING PAGE HERO HEADLINE

Convert food waste into ultra-rich compost. On-site. Overnight.

PARAGRAPH STYLES
BODY ALL PAGES

Link your animations and motion to scroll progress to achieve effects like parallax, precise reveal animations, progress bars, or whatever else you can dream up.

DEFAULT PARAGRAPH

Link your animations and motion to scroll progress to achieve effects like parallax, precise reveal animations, progress bars, or whatever else you can dream up.

Paragraph MEDIUM

Fast and scalable hosting, advanced security, dedicated partnership, and much more.

Paragraph large

Tools to help you scale your site with your business

TEXT STYLES
NAVIGATION LINK HEADING
NAVIGATION LINK DESCRIPTION
QUOTE / REVIEW

Before, our energy prices were just continually rising, and our team had very little idea how to begin to address this issue. Powertech Energy have taken a very complex problem—one that we all face—and enabled us to transition to the energy systems of the future."

NAVIGATION LINK DESCRIPTION
TESTIMONIAL

Link your animations and motion to scroll progress to achieve effects like parallax, precise reveal animations, progress bars, or whatever else you can dream up.”

Default Button Styles
DEFAULT BUTTON
 BUTTON RED
BUTTON OUTLINE
BUTTON GREY
BUTTON LINE THIN
Simulated Button Styles
DEFAULT BUTTON
BOOK A DEMO
 BUTTON RED
CONTACT SALES
BUTTON OUTLINE
CONTACT US
BUTTON GREY
BUTTON LINE THIN
BLOG COPY STYLING

Discover the power of the Realms platform

The amount of land required for a 5 MW solar farm depends on various factors, such as the type of solar panels used, panel efficiency, spacing, and local solar irradiance. In general, a rough estimate for the land area needed for a solar farm is about 4 to 6 acres per megawatt (MW) of installed capacity.

Before, our energy prices were just continually rising, and our team had very little idea how to begin to address this issue. Powertech Energy have taken a very complex problem—one that we all face—and enabled us to transition to the energy systems of the future.

View your energy usage in realtime

Before, our energy prices were just continually rising, and our team had very little idea how to begin to address this issue. Powertech Energy have taken a very complex problem—one that we all face—and enabled us to transition to the energy systems of the future.

Considering this range, a 5 MW solar farm would require approximately 20 to 30 acres (8 to 12 hectares) of land. Keep in mind that these figures are rough estimates and the actual land requirement for your specific project may differ.

Breaking down the solar components

Factors that can influence the land requirements include:

  1. Panel efficiency: Higher efficiency solar panels generate more electricity per unit area, potentially reducing the amount of land needed.
  2. Type of solar mounting system: The choice between fixed-tilt or tracking systems will impact the spacing requirements between solar panels. Tracking systems typically require more space as they need to avoid shading each other as they follow the sun's path across the sky.
  3. Spacing between rows: To minimize shading and improve airflow, rows of solar panels need to be spaced appropriately. More spacing might be needed in regions with lower sun angles or to accommodate maintenance and cleaning equipment.
  4. Terrain and site characteristics: The land's topography, soil type, and environmental constraints, such as floodplains or protected habitats, will also influence the amount of usable space within a given area.
  5. Additional infrastructure: Don't forget to account for space needed for access roads, electrical equipment, inverters, transformers, and substations, as well as any buffer zones or setbacks required by local regulations.

Before planning a solar farm, it's essential to perform a detailed site analysis, consider local permitting requirements, and consult with an experienced solar project developer to obtain a more accurate estimate of the land area needed for your specific project.