When it comes to commercial heating solutions, retail spaces presents its own unique set of challenges. Monarch Advanced Air Systems is expert at handling retail spaces.
Stores with large glass fronts can have high peak solar effects. Conversely, high heat loss can also occur on cold, cloudy days. Shopping malls may have a large number of stores of varying sizes. Some of these stores may have interior facing windows and keep their doors open at all times. This creates a larger area which needs to be kept a constant heat, humidity and air flow. Retail spaces can also have a combination of options, with some areas facing outwards, while others face inwards. There might also be multiple stories in one retail space. This is why you need help from the experts at Monarch Air!
It is safe to say that retail spaces with central heating systems require complex planning and design before any work on the building starts. We integrate these systems into the initial design. Thus we create the most aesthetic exterior while having the most energy-efficient and cost-effective flexible heating system.
Monarch Systems keep in mind the automatic control systems that regulate changing loads. Furthermore, we consider the areas where you expect the most foot traffic and the energy-efficiency during peak times combined with varying weather conditions in New Zealand. This requires a team of experts that know all about commercial heating systems. We put that knowledge to good use when designing your retail heating system.
Monarch Advanced Air Systems give you the freedom to select the indoor model best suited to each and every room. We design our HVAC systems to connect multiple indoor heating units of varying capacity and type to just one outdoor unit. In this, we enhance exterior aesthetics by reducing the number of outdoor units required.
Our project management team work closely with the contractor from the design phase of the project until the HVAC equipment is commissioned. Then our service division will maintain the plant to ensure optimum life cycle cost.