Most grow lights are so cumbersome they limit what you can do with a plant. They come with heavy ballasts that require complicated mounting systems, forcing you to bring the plant to the light, not vice-versa. Wouldn’t it be great if you had a light that could easily be suspended above the plant without a hefty mounting system, or a light that just clipped onto a windowsill or shelving?

LED grow lights offer that kind of versatility. There’s no ballast, so you don’t need hefty brackets to mount the light. The light can simply be hung above the plants. LED lights can easily be attached to windows or garage shelving, making them ideal as extra light for houseplants as well as good for starting a collection of starts and seedlings. This lets you bring the lights to the plants, improving the flexibility and setup of your indoor garden.

LED grow lights aren’t heavy. In fact, they weigh no more than a typical reading light. This allows for ease of mounting. You don’t have to worry about the plants coming undone and crashing to the ground. As the setup of your indoor garden becomes simpler, the plants become easier to manage, saving you hassle as you have the flexibility to adjust placement according to the growth of the plants.

The possibilities that can become realities through LED technology allow you to get creative. There are no limits to how you can set them up, allowing for greater flexibility in arranging the indoor garden. This can be especially helpful if space is an issue as the lights can easily be arranged in a confined space. You can turn any extra space in your home into a vegetable producer, from an extra room to a closet to a space the size of a small desk.

Plus, you enjoy serious energy savings with LED lights, as much as 80 percent when compared to HPS lights. This lets you grow more without ramping up the electric bill as the use of the lights is virtually undetectable. Less of a carbon footprint is good for your budget, your environmental conscience and helps you keep a low profile. Why be the biggest user of energy on the block when you can grow an ample indoor garden using no more electricity than it takes to run your average reading lamp?

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